mhurhangee/ep-ind-claims huggingface dataset:
A medication mixing and delivery device comprising: a housing; a first chamber located within the housing, the first chamber having an outlet; a second chamber located within the housing, the second chamber having an inlet; a sliding valve located within the housing, the sliding valve being selectively opened or closed by aligning or misaligning the outlet of the first chamber with the inlet of the second chamber so as to cause or prevent fluid communication between the outlet of the first chamber and the inlet of the second chamber; characterized in that the device further comprises an actuation device having a triggering device and a pre-loaded energy source (122,1122), the actuation device also being in mechanical communication with the sliding valve and is configured to allow the sliding valve to alternate between a closed state and an open state; a displacement mechanism configured to reduce the effective volume of the first chamber; a delivery assembly configured to be in fluid communication with the second chamber; and wherein the actuation device is activatable by the triggering device, which activation is so as to generate an alignment force, the alignment force configured to cause the sliding valve to be placed into the open state and to cause a first portion of energy stored within the pre-loaded energy source (122,1122) to be released, thereby causing the displacement mechanism to force a liquid stored in the first chamber to pass through the outlet of the first chamber and inlet of the second chamber to be received into the second chamber. a housing; a first chamber located within the housing, the first chamber having an outlet; a second chamber located within the housing, the second chamber having an inlet; a sliding valve located within the housing, the sliding valve being selectively opened or closed by aligning or misaligning the outlet of the first chamber with the inlet of the second chamber so as to cause or prevent fluid communication between the outlet of the first chamber and the inlet of the second chamber; characterized in that the device further comprises an actuation device having a triggering device and a pre-loaded energy source (122,1122), the actuation device also being in mechanical communication with the sliding valve and is configured to allow the sliding valve to alternate between a closed state and an open state; a displacement mechanism configured to reduce the effective volume of the first chamber; a delivery assembly configured to be in fluid communication with the second chamber; and wherein the actuation device is activatable by the triggering device, which activation is so as to generate an alignment force, the alignment force configured to cause the sliding valve to be placed into the open state and to cause a first portion of energy stored within the pre-loaded energy source (122,1122) to be released, thereby causing the displacement mechanism to force a liquid stored in the first chamber to pass through the outlet of the first chamber and inlet of the second chamber to be received into the second chamber.
A mobile communication system, which supports a cellular communication in which a data path passes through a network and a D2D communication that is a direct device-to-device communication in which a data path does not pass through the network, comprising: a base station included in the network and configured to transmit broadcast information including information indicating a frequency hopping pattern permitted to be used in the D2D communication; and a user terminal configured to perform the D2D communication using a frequency hopping scheme, after receiving the broadcast information from the base station, wherein the broadcast information is information that enables the D2D communication even though the user terminal is in a specific state in which a connection with the network is not established, and the user terminal is further configured to perform the D2D communication using the frequency hopping scheme in the specific state on the basis of the information indicating the frequency hopping pattern, included in the broadcast information. a base station included in the network and configured to transmit broadcast information including information indicating a frequency hopping pattern permitted to be used in the D2D communication; and a user terminal configured to perform the D2D communication using a frequency hopping scheme, after receiving the broadcast information from the base station, wherein the broadcast information is information that enables the D2D communication even though the user terminal is in a specific state in which a connection with the network is not established, and the user terminal is further configured to perform the D2D communication using the frequency hopping scheme in the specific state on the basis of the information indicating the frequency hopping pattern, included in the broadcast information.
A method of using a light source possessing a lighting surface and a camera presenting an observation optical axis to analyze a mark made on the outside surface (3 1) of a curved wall made of a material that is translucent or transparent, the method being characterized by: - making the light source extensive and uniform in such a manner that: • firstly the extent of the virtual image (S') of the lighting surface of the light source completely covers the surface of the mark; and • the brightness of the virtual image (S') of the lighting surface of the light source is uniform; and - observing the surface of the mark superposed on the surface of the virtual image (S') so as to enable the mark to be analyzed. - making the light source extensive and uniform in such a manner that: • firstly the extent of the virtual image (S') of the lighting surface of the light source completely covers the surface of the mark; and • the brightness of the virtual image (S') of the lighting surface of the light source is uniform; and • firstly the extent of the virtual image (S') of the lighting surface of the light source completely covers the surface of the mark; and • the brightness of the virtual image (S') of the lighting surface of the light source is uniform; and - observing the surface of the mark superposed on the surface of the virtual image (S') so as to enable the mark to be analyzed.
A method of dicing a wiring substrate, the wiring substrate including a core substrate having at least one core surface (2a, 2b) on which an adhesive layer and a rim pattern are formed, the adhesive layer being provided with a laminate that has at least one wiring layer and at least one insulating layer, the rim pattern being provided with the insulating layer laminated thereon, wherein the adhesive layer and the rim pattern are each formed of a film of Ti, Cr, Ni, Cu or alloys thereof, or metallic peroxides, with a thickness of about 0.1 μm to 10 μm, respectively imparting adhesion between the wiring layer and the core substrate and between the insulating layer and the core substrate, characterized in that the method comprises: a step of forming separation grooves having respective groove bottoms where the rim pattern is exposed, by removing portions of the insulating layer laminated on the rim pattern; a step of exposing the core surface of the core substrate by dissolving and removing the rim pattern of the groove bottoms; and a step of dicing the core substrate exposed at the groove bottoms, along cutting margins each being smaller than a groove width of each of the groove bottoms. a step of forming separation grooves having respective groove bottoms where the rim pattern is exposed, by removing portions of the insulating layer laminated on the rim pattern; a step of exposing the core surface of the core substrate by dissolving and removing the rim pattern of the groove bottoms; and a step of dicing the core substrate exposed at the groove bottoms, along cutting margins each being smaller than a groove width of each of the groove bottoms.
An illumination device for a vehicle, said device comprising at least one light guide comprising a central portion located between a rear end having an input region supplied with photons by at least one photon source, and a front end having a front face delivering photons guided by said central portion wherein said rear end comprises an entrance zone located at a level spaced from another level where said central portion is located and has a shape and an outer surface inducing at least two total internal reflections of said photons having penetrated through said entrance zone so as to arrive in said central portion with a predefined general direction, the device being such that it comprises a mask comprising at least one opening through which said central part passes and masking said rear end, said photon source and at least part of said central part, characterized in that said mask further comprises a part installed parallel to and under a lower face of said central part at least downstream of said opening; a portion of an upper face of said central portion, located downstream of said opening, being exposed.
An antenna assembly, especially for a vehicle, comprising: - a printed circuit board, - at least one antenna element comprising a feed connection pad and a ground connection pad, - the antenna element being arranged on the printed circuit board, - wherein the feed connection pad and the ground connection pad of the antenna element each are located on a surface of the printed circuit board, - wherein the feed connection pad is coupled to a feedline pad of the printed circuit board, and wherein the ground connection pad is coupled to a ground line pad of the printed circuit board, wherein the feedline pad is capacitively coupled to the feed connection pad, wherein the groundline pad is capacitively coupled to the ground connection pad, especially without galvanic and/or without direct electrical connection between the antenna element or feed connection pad or ground connection pad and the printed circuit board, characterised in that the feedline pad and the groundline pad are located on the printed circuit board side opposite to the antenna element side of the printed circuit board, which also contains an electronic circuit for at least one telecommunication and/or telephony system. - a printed circuit board, - at least one antenna element comprising a feed connection pad and a ground connection pad, - the antenna element being arranged on the printed circuit board, - wherein the feed connection pad and the ground connection pad of the antenna element each are located on a surface of the printed circuit board, - wherein the feed connection pad is coupled to a feedline pad of the printed circuit board, and wherein the ground connection pad is coupled to a ground line pad of the printed circuit board, wherein the feedline pad is capacitively coupled to the feed connection pad, wherein the groundline pad is capacitively coupled to the ground connection pad, especially without galvanic and/or without direct electrical connection between the antenna element or feed connection pad or ground connection pad and the printed circuit board, characterised in that the feedline pad and the groundline pad are located on the printed circuit board side opposite to the antenna element side of the printed circuit board, which also contains an electronic circuit for at least one telecommunication and/or telephony system.
A method for managing a network allocation vector, NAV, by a station, STA, in a wireless LAN, WLAN, system, the method comprising: receiving a Contention Free, CF-END, frame including a duration field; if a value of the duration field of the CF-END frame is equal to zero, resetting the NAV; and if the value of the duration field of the CF-END frame is equal to non-zero, ignoring the CF-END frame when the value of the non-zero duration field of the CF-END frame is different from any value of a predetermined range based on a NAV value of the STA, and resetting the NAV when the value of the non-zero duration field of the CF-END frame is identical to any value of the predetermined range based on the NAV value of the STA. receiving a Contention Free, CF-END, frame including a duration field; if a value of the duration field of the CF-END frame is equal to zero, resetting the NAV; and if the value of the duration field of the CF-END frame is equal to non-zero, ignoring the CF-END frame when the value of the non-zero duration field of the CF-END frame is different from any value of a predetermined range based on a NAV value of the STA, and resetting the NAV when the value of the non-zero duration field of the CF-END frame is identical to any value of the predetermined range based on the NAV value of the STA.
A system, comprising: a Wide camera for providing at least one Wide image; a Tele camera (120, 130) comprising a Tele lens module; a lens actuator for moving the Tele lens module for focusing to any distance or set of distances between 3.0cm and 35cm with an object-to-image magnification between 1:5 and 25:1; and an application processor configured to analyse image data from the Wide camera to define a capture strategy for capturing with the Tele camera (120,130) a sequence of Macro images with a focus plane shifted from one captured Macro image to another captured Macro image, and to generate a new Macro image from this sequence, wherein the system is included in a mobile electronic device. a Wide camera for providing at least one Wide image; a Tele camera (120, 130) comprising a Tele lens module; a lens actuator for moving the Tele lens module for focusing to any distance or set of distances between 3.0cm and 35cm with an object-to-image magnification between 1:5 and 25:1; and an application processor configured to analyse image data from the Wide camera to define a capture strategy for capturing with the Tele camera (120,130) a sequence of Macro images with a focus plane shifted from one captured Macro image to another captured Macro image, and to generate a new Macro image from this sequence, wherein the system is included in a mobile electronic device.
A scroll compressor, comprising: a fixed scroll having a spiral-shaped fixed-side wrap; and a movable scroll having a spiral-shaped movable-side wrap, the fixed-side wrap and the movable-side wrap meshing with each other to form a compression chamber therebetween, the movable scroll being rotated eccentrically with respect to the fixed scroll to discharge a refrigerant compressed in the compression chamber from a single discharge port which is open at a starting end of turns of the fixed-side wrap, characterized in that a first port expanding portion and a second port expanding portion communicating with the single discharge port to enlarge a passage area of the discharge port are arranged at an interval in a circumferential direction on a root side of the fixed-side wrap of the fixed scroll, and a partition wall is provided between the first port expanding portion and the second port expanding portion. a fixed scroll having a spiral-shaped fixed-side wrap; and a movable scroll having a spiral-shaped movable-side wrap, the fixed-side wrap and the movable-side wrap meshing with each other to form a compression chamber therebetween, the movable scroll being rotated eccentrically with respect to the fixed scroll to discharge a refrigerant compressed in the compression chamber from a single discharge port which is open at a starting end of turns of the fixed-side wrap, a first port expanding portion and a second port expanding portion communicating with the single discharge port to enlarge a passage area of the discharge port are arranged at an interval in a circumferential direction on a root side of the fixed-side wrap of the fixed scroll, and a partition wall is provided between the first port expanding portion and the second port expanding portion.
A polymerizable composition for optical materials comprising: (a) an aromatic isocyanate selected from tolylene diisocyanate, 4,4'-diphenylmethane diisocyanate, and phenylene diisocyanate; (b) a mercapto group-containing compound; and (c) a phosphorus-containing compound selected from triphenylphosphine, tris(1,3-dichloropropan-2-yl)phosphate, triphenyl phosphite, and triphenyl phosphate. (a) an aromatic isocyanate selected from tolylene diisocyanate, 4,4'-diphenylmethane diisocyanate, and phenylene diisocyanate; (b) a mercapto group-containing compound; and (c) a phosphorus-containing compound selected from triphenylphosphine, tris(1,3-dichloropropan-2-yl)phosphate, triphenyl phosphite, and triphenyl phosphate.
A method for protecting a product against counterfeiting, comprising the following steps: 1.1 a layer is printed on a packaging material (25, 35), said layer having chaotically arranged, optically recordable structures as an individualized security feature, 1.2 an optically recordable product code is printed on the packaging material (25, 35), characterized in that 1.3 at least one special color that is not included in the CMYK color space is printed on the packaging material (25, 35) as another security feature, wherein the colors that can be depicted using the standardized basic colors CMYK are termed the CMYK color space, 1.4 the chaotically arranged structures and the product code on the packaging material (25, 35) are recorded and filed in a database with the special color as information on a specific, original packaging material (25, 35), 1.5 the chaotically arranged structures, the product code and the special color on the packaging material (25, 35) are recorded by means of an optoelectronic recording apparatus, 1.6 the information recorded in step 1.5 is transmitted to a computer for authenticating the product, and the computer checks by accessing the database if the information recorded by means of the optoelectronic recording apparatus corresponds to the information filed in the database for a specific, original packaging material (25, 35). 1.1 a layer is printed on a packaging material (25, 35), said layer having chaotically arranged, optically recordable structures as an individualized security feature, 1.2 an optically recordable product code is printed on the packaging material (25, 35), 1.3 at least one special color that is not included in the CMYK color space is printed on the packaging material (25, 35) as another security feature, wherein the colors that can be depicted using the standardized basic colors CMYK are termed the CMYK color space, 1.4 the chaotically arranged structures and the product code on the packaging material (25, 35) are recorded and filed in a database with the special color as information on a specific, original packaging material (25, 35), 1.5 the chaotically arranged structures, the product code and the special color on the packaging material (25, 35) are recorded by means of an optoelectronic recording apparatus, 1.6 the information recorded in step 1.5 is transmitted to a computer for authenticating the product, and the computer checks by accessing the database if the information recorded by means of the optoelectronic recording apparatus corresponds to the information filed in the database for a specific, original packaging material (25, 35).
A method for determining loading of a multi-thread processor, the method comprising: forcing the multi-thread processor into an idle operation where no tasks are executed in the one or more threads; executing the at least one idle task in at least one thread; and determining a maximum count value for execution of the idle task in the at least one thread over at least one predetermined time period when the multi-thread processor is forced into an idle operation; executing at least one idle task in at least one thread of the multi-thread processor during at least one predetermined time period, the idle task configured to loop and run when no other task is running on the at least one thread; determining at least one count of loop executions of the at least one idle task over the at least one predetermined time period, wherein determining the at least one count of loop executions of the at least one idle task over the at least one predetermined time period further comprises: forming an array of idle task counts including entries for each count for each executed idle task in one or more threads during each predetermined time period over a plurality of predetermined time periods; and determining a performance profile of the multi-thread processor by calculating a ratio for each entry in the array of idle task counts to the maximum count value. forming an array of idle task counts including entries for each count for each executed idle task in one or more threads during each predetermined time period over a plurality of predetermined time periods; and determining a performance profile of the multi-thread processor by calculating a ratio for each entry in the array of idle task counts to the maximum count value.
A hygroscopic salt apparatus comprising a combination of: - a heat storage medium comprising a hygroscopic salt; and - a material of a metal part of the apparatus susceptible to come into contact with the hygroscopic salt; characterised in that the combination is selected from the group consisting of: - an alkaline earth chloride arranged within a porous matrix and a material selected from the group consisting of: aluminium, bronze, nickel, copper and combination thereof; - an alkaline earth bromide arranged within a porous matrix and a material selected from the group consisting of: stainless steel, steel, nickel, copper, zinc, aluminium, bronze and combination thereof; - an exposed alkaline earth chloride in solid form and a material selected from the group consisting of: brass, nickel and combination thereof; - an exposed alkaline earth bromide in solid form and a material selected from the group consisting of: nickel and combination thereof. - a heat storage medium comprising a hygroscopic salt; and - a material of a metal part of the apparatus susceptible to come into contact with the hygroscopic salt; - an alkaline earth chloride arranged within a porous matrix and a material selected from the group consisting of: aluminium, bronze, nickel, copper and combination thereof; - an alkaline earth bromide arranged within a porous matrix and a material selected from the group consisting of: stainless steel, steel, nickel, copper, zinc, aluminium, bronze and combination thereof; - an exposed alkaline earth chloride in solid form and a material selected from the group consisting of: brass, nickel and combination thereof; - an exposed alkaline earth bromide in solid form and a material selected from the group consisting of: nickel and combination thereof.
Neutral electrode device for laying onto the skin of a patient and for application of an HF current, comprising: - at least one support fibre layer in the form of a support nonwoven, the support fibre layer comprising phase-change material which acts as a latent heat store for absorbing heat; - electrodes (34, 34'), the latent heat store being two-dimensionally arranged on the electrodes (34, 34') over the entire electrode surface, - a PET support which is adhesively bonded to the support nonwoven, the PET support establishing a thermally conductive contact to the electrodes (34, 34'), wherein - the latent heat store during application is arranged on a first side of the electrode that is facing away from the biological tissue, - hydrogel is provided on the other, second side of the electrode (34, 34'). - at least one support fibre layer in the form of a support nonwoven, the support fibre layer comprising phase-change material which acts as a latent heat store for absorbing heat; - electrodes (34, 34'), the latent heat store being two-dimensionally arranged on the electrodes (34, 34') over the entire electrode surface, - a PET support which is adhesively bonded to the support nonwoven, the PET support establishing a thermally conductive contact to the electrodes (34, 34'), - the latent heat store during application is arranged on a first side of the electrode that is facing away from the biological tissue, - hydrogel is provided on the other, second side of the electrode (34, 34').