mhurhangee/patent-ind-claim-en huggingface dataset:
Sliding member or slider intended to be associated with a protective garment, said sliding member or slider having a cover portion , intended during use to come into contact with a road surface and to assist sliding along the road surface and protect the protective garment from abrasion, and a support portion , associated with said cover portion and intended to face said protective garment and to support said cover portion , characterized in that said support portion has a plurality of lightening cavities . a cover portion , intended during use to come into contact with a road surface and to assist sliding along the road surface and protect the protective garment from abrasion, and a support portion , associated with said cover portion and intended to face said protective garment and to support said cover portion , characterized in that said support portion has a plurality of lightening cavities .
A mobile terminal comprising a system for ejecting a stopper of the mobile terminal, wherein the system for ejecting the stopper of the mobile terminal comprises a bracket , a stopper body which is placed in the bracket , an ejecting spring arranged between a bottom edge of the stopper body and the bracket, and a magnetic module , the mobile terminal characterized in that the bracket is a U-shaped bracket detachably connected with the mobile terminal, the bracket comprises a limiting lug boss being partially or totally a magnetic substance and arranged on one side wall of the U-shaped bracket, and a first lug boss is arranged on another side wall of the U-shaped bracket; the stopper body is provided with an accommodation space, a limiting groove corresponding to the limiting lug boss is formed in a middle upper part of an outer wall of one side of the stopper body , and the stopper body is fixed in the bracket by clamping between the limiting lug boss and the limiting groove ; when the limiting lug boss is clamped with the limiting groove , a second lug boss formed in a middle lower part of an outer wall of the other side of the stopper body is positioned below the first lug boss , and the second lug boss forms spaced buckling with the first lug boss ; the magnetic module is an electromagnetic module configured to attract the limiting lug boss to be separated from the limiting groove when being energized, and the ejecting spring is arranged to eject the stopper body ; wherein, when the bottom edge of the stopper body is ejected under an action of a thrust of the ejecting spring , the stopper body is ejected by a certain distance, and then the second lug boss on the stopper body is pressed against the first lug boss on the U-shaped bracket to block and stop the stopper body from being continued to be ejected.
Heat shield for thermally and/or acoustically shielding a body , comprising a metal layer which is designed in such a way that it can enclose the body such that two opposite outer edges of the metal layer are arranged adjacent to one another and are or can be connected to one another in order to close the enclosure around the body , characterized in that the first outer edge has an outwardly bent flange which has at least one through-opening adjacent to the bend, and the second outer edge has at least one tab projecting substantially parallel to or in the circumferential direction, which tab is or can be passed through the through-opening and, behind the through-opening in the direction of passage, is or can be connected to the outwardly bent flange and/or the first outer edge .
Apparatus for testing quality of a component carrier structure , wherein the apparatus comprises: a material removal unit configured for removing material of the component carrier structure for exposing a plane in an interior of the component carrier structure ; characterised in that the apparatus further comprises: a detection unit configured for detecting component carrier structure specific data, in particular image data, of the exposed plane of the component carrier structure ; a determining unit configured for determining at least one pre-defined test target of the component carrier structure at the exposed plane based on the component carrier structure specific data; and an evaluation unit configured for identifying and evaluating at least one defect of the at least one determined test target for assessing quality of the component carrier structure . a material removal unit configured for removing material of the component carrier structure for exposing a plane in an interior of the component carrier structure ; characterised in that the apparatus further comprises: a detection unit configured for detecting component carrier structure specific data, in particular image data, of the exposed plane of the component carrier structure ; a determining unit configured for determining at least one pre-defined test target of the component carrier structure at the exposed plane based on the component carrier structure specific data; and an evaluation unit configured for identifying and evaluating at least one defect of the at least one determined test target for assessing quality of the component carrier structure . a detection unit configured for detecting component carrier structure specific data, in particular image data, of the exposed plane of the component carrier structure ; a determining unit configured for determining at least one pre-defined test target of the component carrier structure at the exposed plane based on the component carrier structure specific data; and an evaluation unit configured for identifying and evaluating at least one defect of the at least one determined test target for assessing quality of the component carrier structure .
Perch for poultry to be placed in a room for accommodating poultry, comprising at least one elongated tube with an inner chamber allowing flow-through, comprising a series of access channels that run between the outside of the tube and the inner chamber of the tube , characterized in that the perch comprises at least two tubes that are positioned in line with one another, the inner chambers of which are connected to one another by a joining piece that extends on the outside of the tubes and joins both tubes together with a substantially airtight seal, which substantially airtight seal is formed by the tubular joining piece having opposite enc segments which fit onto the ends of the two adjacent tubes in a clamping manner.
A method for forming windings of a stator assembly in a blower , comprising: providing a stationary portion for the blower including a tube adapted to support a rotor ; and using the tube as a mandrel to form the windings of the stator assembly , shaping the tube to facilitate its use as a mandrel, and shaping the tube to include a cylindrical and tapered construction. providing a stationary portion for the blower including a tube adapted to support a rotor ; and using the tube as a mandrel to form the windings of the stator assembly , shaping the tube to facilitate its use as a mandrel, and shaping the tube to include a cylindrical and tapered construction.
A fryer comprising: a fry pot ; a heater configured to heat a cooking medium in the fry pot ; a high limit temperature probe that provides a first signal indicative of a first temperature in the fry pot ; a high limit module configured to selectively decouple the heater from an energy source in response to the first signal indicating the first temperature has exceeded a first threshold temperature defining a high limit trip condition; and a controller in communication with the high limit temperature probe , characterized in that the fryer further comprises an operational temperature probe that provides a second signal indicative of a second temperature in the fry pot ;and in that the controller is configured to: determine, based at least in part on the first signal and based at least in part on the second signal, if the fryer is in a state indicative of an imminent high limit trip condition; in response to determining that the fryer is in a state indicative of the imminent high limit trip condition, preemptively adjust an output of the heater to avoid the high limit trip condition; and control a temperature of the cooking medium in the fry pot, based at least in part on the second signal. a fry pot ; a heater configured to heat a cooking medium in the fry pot ; a high limit temperature probe that provides a first signal indicative of a first temperature in the fry pot ; a high limit module configured to selectively decouple the heater from an energy source in response to the first signal indicating the first temperature has exceeded a first threshold temperature defining a high limit trip condition; and a controller in communication with the high limit temperature probe , characterized in that the fryer further comprises an operational temperature probe that provides a second signal indicative of a second temperature in the fry pot ;and in that the controller is configured to: determine, based at least in part on the first signal and based at least in part on the second signal, if the fryer is in a state indicative of an imminent high limit trip condition; in response to determining that the fryer is in a state indicative of the imminent high limit trip condition, preemptively adjust an output of the heater to avoid the high limit trip condition; and control a temperature of the cooking medium in the fry pot, based at least in part on the second signal. determine, based at least in part on the first signal and based at least in part on the second signal, if the fryer is in a state indicative of an imminent high limit trip condition; in response to determining that the fryer is in a state indicative of the imminent high limit trip condition, preemptively adjust an output of the heater to avoid the high limit trip condition; and control a temperature of the cooking medium in the fry pot, based at least in part on the second signal.
Patient positioning device for an x-ray imaging device , comprising an x-ray-transparent patient positioning board for positioning a patient in a longitudinal direction , and at least one carrier device at least partially supporting the patient positioning board , wherein - the patient positioning board is divided into at least two partial boards , wherein each partial board is mounted on a carrier device assigned to the partial board , - each carrier device has at least one pivot joint for pivoting the partial boards about a transverse axis which extends horizontally and in particular perpendicularly to the longitudinal direction , - each carrier device has at least one height adjustment device for height adjustment of the partial board relative to the carrier device; characterised in that each carrier device has a longitudinal adjustment device for longitudinal displacement of the partial board relative to the carrier device, that the carrier devices are designed to be mobile, and that the carrier devices are designed as modules which are independent of one another with their respective partial boards and can be inserted in a flexible manner, and these modules can be assembled with various specific patient positioning devices. - the patient positioning board is divided into at least two partial boards , wherein each partial board is mounted on a carrier device assigned to the partial board , - each carrier device has at least one pivot joint for pivoting the partial boards about a transverse axis which extends horizontally and in particular perpendicularly to the longitudinal direction , - each carrier device has at least one height adjustment device for height adjustment of the partial board relative to the carrier device;
A medical device system, comprising: a medical device comprising an implantable neurostimulator (10; 110), the medical device being configured to execute a program to alleviate a symptom of a patient; and an external device (60; 70; 160; 170) comprising means for receiving at least one qualitative measurement from the patient, means for receiving a plurality of quantitative measurements taken from the patient and at least one non-transitory computer readable medium containing instructions for a first algorithm, wherein the first algorithm when executed on the external device (60; 70; 160; 170) is configured to: receive at least one qualitative measurement from the patient regarding the symptom, wherein the at least one qualitative measurement comprises subjective input from the patient regarding their perception of how therapy provided by the medical device is affecting the symptom, receive a plurality of quantitative measurements taken from the patient, and determine a wellness factor for the patient using the at least one qualitative measurement and the plurality of quantitative measurements, wherein the wellness factor is indicative of a severity of the symptom, or wherein the wellness factor is indicative of a status of the patient. a medical device comprising an implantable neurostimulator (10; 110), the medical device being configured to execute a program to alleviate a symptom of a patient; and an external device (60; 70; 160; 170) comprising means for receiving at least one qualitative measurement from the patient, means for receiving a plurality of quantitative measurements taken from the patient and at least one non-transitory computer readable medium containing instructions for a first algorithm, wherein the first algorithm when executed on the external device (60; 70; 160; 170) is configured to: receive at least one qualitative measurement from the patient regarding the symptom, wherein the at least one qualitative measurement comprises subjective input from the patient regarding their perception of how therapy provided by the medical device is affecting the symptom, receive a plurality of quantitative measurements taken from the patient, and determine a wellness factor for the patient using the at least one qualitative measurement and the plurality of quantitative measurements, wherein the wellness factor is indicative of a severity of the symptom, or wherein the wellness factor is indicative of a status of the patient. receive at least one qualitative measurement from the patient regarding the symptom, wherein the at least one qualitative measurement comprises subjective input from the patient regarding their perception of how therapy provided by the medical device is affecting the symptom, receive a plurality of quantitative measurements taken from the patient, and determine a wellness factor for the patient using the at least one qualitative measurement and the plurality of quantitative measurements, wherein the wellness factor is indicative of a severity of the symptom, or wherein the wellness factor is indicative of a status of the patient.
A peptide selected from SEQUENCE ID NO: 343 or 344.
An imaging device comprising: a casing ; two wide-angle lens systems (A and B) held by the casing ; and a communication antenna held by the casing , wherein the casing includes a metal casing and a resin casing , the metal casing having a rigidity greater than a rigidity of the resin casing , and the two wide-angle lens systems (A and B) are held by the metal casing and the communication antenna is held by the resin casing , wherein the two wide-angle lens systems (A and B) are arranged symmetrical to each other, wherein the communication antenna is disposed in an area outside an optical path of light of a maximum angle of view of each of the two wide-angle lens systems (A and B), the metal casing has a grip (GP) at a lower portion and an opening (OS) at an upper portion, and the resin casing is disposed to cover the opening (OS) of the metal casing , wherein the communication antenna is embedded in the resin casing that is configured to cover the opening (OS) a casing ; two wide-angle lens systems (A and B) held by the casing ; and a communication antenna held by the casing , wherein the casing includes a metal casing and a resin casing , the metal casing having a rigidity greater than a rigidity of the resin casing , and the two wide-angle lens systems (A and B) are held by the metal casing and the communication antenna is held by the resin casing , wherein the two wide-angle lens systems (A and B) are arranged symmetrical to each other, wherein the communication antenna is disposed in an area outside an optical path of light of a maximum angle of view of each of the two wide-angle lens systems (A and B), the metal casing has a grip (GP) at a lower portion and an opening (OS) at an upper portion, and the resin casing is disposed to cover the opening (OS) of the metal casing , wherein the communication antenna is embedded in the resin casing that is configured to cover the opening (OS)
An environmental control system comprising: an air cycle machine comprising: a compressor section with a compressor inlet and a compressor outlet ; and a first turbine section with a first turbine inlet and a first turbine outlet ; and a first turbine bypass shutoff valve positioned adjacent to the first turbine inlet ; wherein the first turbine bypass shutoff valve includes an actuator to actuate the first turbine bypass shutoff valve between a first position and a second position; wherein in the first position, the first turbine bypass shutoff valve is configured to allow air to flow through the first turbine bypass shutoff valve into the first turbine inlet ; and wherein in the second position, the first turbine bypass shutoff valve is configured to allow air to flow through the first turbine bypass shutoff valve to bypass the first turbine section while shutting off the flow of air to the first turbine inlet . an air cycle machine comprising: a compressor section with a compressor inlet and a compressor outlet ; and a first turbine section with a first turbine inlet and a first turbine outlet ; and a first turbine bypass shutoff valve positioned adjacent to the first turbine inlet ; wherein the first turbine bypass shutoff valve includes an actuator to actuate the first turbine bypass shutoff valve between a first position and a second position; wherein in the first position, the first turbine bypass shutoff valve is configured to allow air to flow through the first turbine bypass shutoff valve into the first turbine inlet ; and wherein in the second position, the first turbine bypass shutoff valve is a compressor section with a compressor inlet and a compressor outlet ; and a first turbine section with a first turbine inlet and a first turbine outlet ; and a first turbine bypass shutoff valve positioned adjacent to the first turbine inlet ; wherein the first turbine bypass shutoff valve includes an actuator to actuate the first turbine bypass shutoff valve between a first position and a second position; wherein in the first position, the first turbine bypass shutoff valve is configured to allow air to flow through the first turbine bypass shutoff valve into the first turbine inlet ; and wherein in the second position, the first turbine bypass shutoff valve is configured to allow air to flow through the first turbine bypass shutoff valve to bypass the first turbine section while shutting off the flow of air to the first turbine inlet .
A low or solvent free epoxy system comprising: a hardener compound H comprising: a molecular structure (Y 1 -R 1 -Y 2 ), wherein R 1 is an ionic moiety, Y 1 comprises a nucleophilic group, Y 2 comprises a nucleophilic group, and including an ionic moiety A acting as a counter ion to Ri; and an epoxy compound E comprising: a molecular structure (Z 1 -R 2 -Z 2 ), wherein R 2 is an ionic moiety, Z 1 comprises an epoxide group, Z 2 comprises an epoxide group, and including an ionic moiety B acting as a counter ion to R 2 , wherein R 1 and R 2 are of opposite charge, ionic moiety A and ionic moiety B are of opposite charge, and wherein R 1 and ionic moiety A are of opposite charge and R 2 and ionic moiety B are of opposite charge, and wherein ionic moiety A and ionic moiety B are capable to form a secondary ionic liquid. a hardener compound H comprising: a molecular structure (Y 1 -R 1 -Y 2 ), wherein R 1 is an ionic moiety, Y 1 comprises a nucleophilic group, Y 2 comprises a nucleophilic group, and including an ionic moiety A acting as a counter ion to Ri; and an epoxy compound E comprising: a molecular structure (Z 1 -R 2 -Z 2 ), wherein R 2 is an ionic moiety, Z 1 comprises an epoxide group, Z 2 comprises an epoxide group, and including an ionic moiety B acting as a counter ion to R 2 , wherein R 1 and R 2 are of opposite charge, ionic moiety A and ionic moiety B are of opposite charge, and wherein R 1 and ionic moiety A are of opposite charge and R 2 and ionic moiety B are of opposite charge, and wherein ionic moiety A and ionic moiety B are capable to form a secondary ionic liquid. a molecular structure (Z 1 -R 2 -Z 2 ), wherein R 2 is an ionic moiety, Z 1 comprises an epoxide group, Z 2 comprises an epoxide group, and including an ionic moiety B acting as a counter ion to R 2 , wherein R 1 and R 2 are of opposite charge, ionic moiety A and ionic moiety B are of opposite charge, and wherein R 1 and ionic moiety A are of opposite charge and R 2 and ionic moiety B are of opposite charge, and wherein ionic moiety A and ionic moiety B are capable to form a secondary ionic liquid.
ECM system having a holder for arranging at least one component to be machined and having at least one machining station for electrochemically machining the at least one component at at least one machining position, a machining platform being provided, which has at least one machining station having at least one electrode arranged thereon, which can be moved along a machining path for machining the at least one component which can be arranged on the holder , Characterized in that the ECM system has a positioning device that can be spatially set and is designed to store the machining platform arranged thereon in a predetermined position after the positioning device has been set.