mhurhangee/ep-ind-claims huggingface dataset:
An optical tool measurement device for a machine tool, comprising; a light source for directing light towards a tool-sensing region, a sensor for detecting light from the tool-sensing region, and a shutter assembly for selectively protecting the sensor from contamination, the shutter assembly being configured to provide a closed configuration in which the sensor is covered by the shutter assembly thereby preventing contamination of the sensor and an open configuration in which light can pass to the sensor through a first aperture (72;102) of the shutter assembly, characterised in that the shutter assembly is configured to additionally provide a constricted configuration in which light can pass to the sensor through a second aperture (74; 104) of the shutter assembly, the second aperture (74; 104) being smaller than the first aperture (72; 102). a light source for directing light towards a tool-sensing region, a sensor for detecting light from the tool-sensing region, and a shutter assembly for selectively protecting the sensor from contamination, the shutter assembly being configured to provide a closed configuration in which the sensor is covered by the shutter assembly thereby preventing contamination of the sensor and an open configuration in which light can pass to the sensor through a first aperture (72;102) of the shutter assembly, characterised in that the shutter assembly is configured to additionally provide a constricted configuration in which light can pass to the sensor through a second aperture (74; 104) of the shutter assembly, the second aperture (74; 104) being smaller than the first aperture (72; 102).
Large refuse container comprising a refuse container body and a lid for closing the refuse container body, wherein the lid comprises a first lid part element and a second lid part element, wherein the lid is provided as a hinged lid, wherein the lid is provided in form of a flat lid, which spans a lid plane, wherein the first lid part element is pivotably arranged at the refuse container body, wherein the second lid part element is pivotably arranged at the first lid part element, such that it can get pivoted against the first lid part element, characterized in that the lid part elements (23, 24) are connected to one another via a flexible connecting device, that the second lid part element forms the front lid portion, that the flexible connecting device is arranged in such a way, that the second lid part element, with respect to the lid plane spanned by the lid, can get pivoted upwards out of the lid plane and downwards out of the lid plane, and that a stop device is provided to limit the pivoting movement of the second lid part elements.
A telecommunication device (304, 110, 114, 116), comprising: a communications interface; at least one processor; and at least one computer-readable medium storing instructions executable by the at least one processor to cause the at least one processor to perform operations comprising: receiving a request to allocate a bearer for a terminal to receive a network service via a first access network, wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV; determining a bearer identifier, ID,, for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV; and sending a reply comprising the bearer identifier, ID, via the communications interface; wherein: the SPV is different from the QV, the SPV is different from the RPV, and data indicating the QV and the RPV is included in the request. a communications interface; at least one processor; and at least one computer-readable medium storing instructions executable by the at least one processor to cause the at least one processor to perform operations comprising: receiving a request to allocate a bearer for a terminal to receive a network service via a first access network, wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV; determining a bearer identifier, ID,, for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV; and sending a reply comprising the bearer identifier, ID, via the communications interface; receiving a request to allocate a bearer for a terminal to receive a network service via a first access network, wherein the network service is associated with a quality-of-service, QoS, value, QV, and a retention-priority value, RPV; determining a bearer identifier, ID,, for the network service based at least in part on the QV, the RPV, and a supplemental priority value, SPV; and sending a reply comprising the bearer identifier, ID, via the communications interface; wherein: the SPV is different from the QV, the SPV is different from the RPV, and data indicating the QV and the RPV is included in the request. the SPV is different from the QV, the SPV is different from the RPV, and data indicating the QV and the RPV is included in the request.
A push button switching assembly for actuation of tactile switches in an electrical apparatus, said push button switching assembly comprising: - a base frame for mounting said push button switching assembly fixed onto a wall; - a tactile switch mounted within said base frame, - an actuation member disposed on said tactile switch for making and breaking electrical connection by actuating said tactile switch, - a front cover; and - a push button extending through said front cover for transmitting actuation force to urge said actuation member to actuate said tactile switch and retracts to original position to maintain flatness with front cover irrespective of wall regulation conditions, wherein said actuation member comprises: - a lever arm having a terminal portion configured to elastically deform in a downward direction towards said tactile switch such that upon actuation, said terminal portion transmits the force applied on said push button onto said tactile switch; and characterised in that - a stopper member protruding in a downwards direction such that once the tactile switch is pressed said stopper member restricts further movement of said push button. - a base frame for mounting said push button switching assembly fixed onto a wall; - a tactile switch mounted within said base frame, - an actuation member disposed on said tactile switch for making and breaking electrical connection by actuating said tactile switch, - a front cover; and - a push button extending through said front cover for transmitting actuation force to urge said actuation member to actuate said tactile switch and retracts to original position to maintain flatness with front cover irrespective of wall regulation conditions, - a lever arm having a terminal portion configured to elastically deform in a downward direction towards said tactile switch such that upon actuation, said terminal portion transmits the force applied on said push button onto said tactile switch; and - a stopper member protruding in a downwards direction such that once the tactile switch is pressed said stopper member restricts further movement of said push button.
An injection molding machine comprising: a first member (520, 910) which has a first surface; a second member (120, 190) which has a second surface facing the first surface; the injection molding machine being characterized in that it further comprises: a sacrificial member (610, 620, 630, 640) which has a third surface fixed to one surface of the first surface or the second surface and sliding with the other surface of the first surface or the second surface; and a temperature adjustment mechanism (196, 611, 621, 637, 647) which adjusts a temperature of the sacrificial member (610, 620, 630, 640). a first member (520, 910) which has a first surface; a second member (120, 190) which has a second surface facing the first surface; the injection molding machine being characterized in that it further comprises: a sacrificial member (610, 620, 630, 640) which has a third surface fixed to one surface of the first surface or the second surface and sliding with the other surface of the first surface or the second surface; and a temperature adjustment mechanism (196, 611, 621, 637, 647) which adjusts a temperature of the sacrificial member (610, 620, 630, 640). a sacrificial member (610, 620, 630, 640) which has a third surface fixed to one surface of the first surface or the second surface and sliding with the other surface of the first surface or the second surface; and a temperature adjustment mechanism (196, 611, 621, 637, 647) which adjusts a temperature of the sacrificial member (610, 620, 630, 640).
An integrated signal and power supply transmission arrangement for a high voltage switch, comprising: - a supply board; - a main board; - an insulating plate; - at least one transformer arrangement; and - at least one signal transmission arrangement; wherein the insulating plate is provided between the supply board and the main board; wherein the at least one transformer arrangement is provided to supply electric energy to the driving circuit of a transistor, which in turn feeds an X-ray source; and wherein the at least one transformer arrangement comprises a primary electric conductor arranged on the supply board to cause electromagnetic induction in a secondary electric conductor arranged on the main board; wherein the at least one signal transmission arrangement is adapted to transmit a signal between the supply board and the main board; and wherein the at least one signal transmission arrangement comprises at least a first optical signal transmission device provided on the supply board, and a second optical signal transmission device provided on the main board; wherein the insulating plate is light-transmissive at least in the part between the first and second optical signal transmission device; and wherein the first and the second optical signal transmission devices are arranged in an optical connection path. - a supply board; - a main board; - an insulating plate; - at least one transformer arrangement; and - at least one signal transmission arrangement; wherein the insulating plate is provided between the supply board and the main board; wherein the at least one transformer arrangement is provided to supply electric energy to the driving circuit of a transistor, which in turn feeds an X-ray source; and wherein the at least one transformer arrangement comprises a primary electric conductor arranged on the supply board to cause electromagnetic induction in a secondary electric conductor arranged on the main board; wherein the at least one signal transmission arrangement is adapted to transmit a signal between the supply board and the main board; and wherein the at least one signal transmission arrangement comprises at least a first optical signal transmission device provided on the supply board, and a second optical signal transmission device provided on the main board; wherein the insulating plate is light-transmissive at least in the part between the first and second optical signal transmission device; and wherein the first and the second optical signal transmission devices are arranged in an optical connection path.
An inkjet head comprising: a pressure-chamber substrate in which pressure chambers to contain ink are formed, the pressure chambers communicating with respective nozzles from which the ink is ejected in a predetermined direction; a spacer substrate disposed on an opposite side of a diaphragm from the predetermined direction, wherein the diaphragm forms one surface of each of the pressure chambers, and the one surface is on an opposite side of the each of the pressure chambers from the predetermined direction; a wiring substrate disposed on an opposite side of the spacer substrate from the predetermined direction; and actuators in contact with the diaphragm in a space formed by the spacer substrate between the wiring substrate and the diaphragm, the actuators being electrically connected to respective wires of the wiring substrate, characterised in that: differences in coefficients of thermal expansion between the pressure-chamber substrate, the diaphragm, the spacer substrate, and the wiring substrate are equal to or less than 3.5 x 10 -6 [1/°C]. a pressure-chamber substrate in which pressure chambers to contain ink are formed, the pressure chambers communicating with respective nozzles from which the ink is ejected in a predetermined direction; a spacer substrate disposed on an opposite side of a diaphragm from the predetermined direction, wherein the diaphragm forms one surface of each of the pressure chambers, and the one surface is on an opposite side of the each of the pressure chambers from the predetermined direction; a wiring substrate disposed on an opposite side of the spacer substrate from the predetermined direction; and actuators in contact with the diaphragm in a space formed by the spacer substrate between the wiring substrate and the diaphragm, the actuators being electrically connected to respective wires of the wiring substrate, characterised in that: differences in coefficients of thermal expansion between the pressure-chamber substrate, the diaphragm, the spacer substrate, and the wiring substrate are equal to or less than 3.5 x 10 -6 [1/°C].
A flame resistant composite article comprising: a. a facial layer; b. a meltable layer, wherein the meltable layer is meltable according to the Melting and Thermal Stability test disclosed herein; c. a heat reactive material comprising a polymer resin and an expandable graphite; and d. an inner layer; wherein the facial layer is attached to the meltable layer and the heat reactive material is disposed between the meltable layer and the inner layer, wherein a combination of the meltable layer and the heat reactive material is configured to form a char when exposed to a temperature of greater than or equal to 280°C. a. a facial layer; b. a meltable layer, wherein the meltable layer is meltable according to the Melting and Thermal Stability test disclosed herein; c. a heat reactive material comprising a polymer resin and an expandable graphite; and d. an inner layer;
A shaped charge retainer (30; 70; 50), attachable to a shaped charge, comprising a shaped charge case (28; 58) containing an energetic material (26; 62) and a liner (27; 63), the shaped charge retainer (30; 70; 50) comprising: a detonating cord retainer portion (33, 34; 75; 56), characterized in that the shaped charge retainer (30; 70; 50) further comprises a base portion (36, 37; 71) with an opening (35; 74) adapted to attach to the shaped charge; and a lock block adapted to engage with a lock cutout of a charge tube. a detonating cord retainer portion (33, 34; 75; 56), characterized in that the shaped charge retainer (30; 70; 50) further comprises a base portion (36, 37; 71) with an opening (35; 74) adapted to attach to the shaped charge; and a lock block adapted to engage with a lock cutout of a charge tube.
A method for real-time communication connection, applied to service processes started on a server, wherein the server is configured to allocate user datagram protocol, UDP, ports for binding to the service processes, and the service processes are in one-to-one correspondence with the UDP ports, the method comprising: receiving, by the server, session description protocol, SDP, requests sent by at least one client for resource negotiation from a transmission control protocol, TCP, port of the server; for each respective SDP request of the SDP requests, sending, by the server, a respective SDP response to a client of the at least one client based on the respective SDP request, the client of the at least one client having sent the respective SDP request, wherein the respective SDP response carries information of a UDP port corresponding to a service process that processes the respective SDP request, wherein the service process processing the respective SDP request is one of the service processes locally started on the server which is selected by the server based on a load balancing principle; receiving, by the service process, a UDP connection request sent by the client from the UDP port corresponding to the service process; and establishing, by the service process, a UDP connection by calling a Connect function. receiving, by the server, session description protocol, SDP, requests sent by at least one client for resource negotiation from a transmission control protocol, TCP, port of the server; for each respective SDP request of the SDP requests, sending, by the server, a respective SDP response to a client of the at least one client based on the respective SDP request, the client of the at least one client having sent the respective SDP request, wherein the respective SDP response carries information of a UDP port corresponding to a service process that processes the respective SDP request, wherein the service process processing the respective SDP request is one of the service processes locally started on the server which is selected by the server based on a load balancing principle; receiving, by the service process, a UDP connection request sent by the client from the UDP port corresponding to the service process; and establishing, by the service process, a UDP connection by calling a Connect function.
Device for signalling the presence of pressure inside a plant, duct or similar space, comprising a flower first part provided with means for hydraulic connection to the plant, duct or space under control, an upper second part axially slidable inside said lower first part and a central pin fixed inside said upper second part and run along by an axial bore for hydraulic communication of the plant, duct or space under control with a chamber of said upper second part, characterized by at least one transversal bore of said central pin provided for communication of said axial bore of the pin with an upper first chamber of said second part above said first part, a wider lower second chamber formed between said lower first part and said upper second part and an annular cavity configured for communication of said upper first chamber with said lower second chamber.
A method performed by a roating module for determining to which call center a customer call should be routed, comprising: receiving Automated Call Distribution, "ACD", data for a plurality of call centers; receiving non-ACD data; receiving a routing request for a customer call from a call routing system; choosing a target call center from the plurality of call centers, wherein choosing is a function of a priority score of the target call center based on both the ACD data and the non-ACD data; computing a priority score for each call center of the plurality of call centers, characterised in that computing a priority score for each call center comprises: multiplying a plurality of normalized factor weighting scores, for both ACD data and non-ACD data, with a corresponding plurality of normalized factors; adding together the product of all computations; and selecting the call center with the highest priority score; wherein one normalized factor comprises Call Volume Tracking, wherein the normalized factor of Call Volume Tracking is calculated by the following equation: NCVT = / FNC NC / DM DE × 100 where NCVT represents the normalized call volume tracking result for a given month; NC represents the actual number of calls handled by the vendor in the month; FNC represents the forecasted number of calls to be handled by the vendor in the month; DE represents the number of days in the month that have elapsed; and DM represents the number of days in the month; and sending a routing response to the call routing system indicating the target call center. receiving Automated Call Distribution, "ACD", data for a plurality of call centers; receiving non-ACD data; receiving a routing request for a customer call from a call routing system; choosing a target call center from the plurality of call centers, wherein choosing is a function of a priority score of the target call center based on both the ACD data and the non-ACD data; multiplying a plurality of normalized factor weighting scores, for both ACD data and non-ACD data, with a corresponding plurality of normalized factors; adding together the product of all computations; and selecting the call center with the highest priority score; NCVT represents the normalized call volume tracking result for a given month; NC represents the actual number of calls handled by the vendor in the month; FNC represents the forecasted number of calls to be handled by the vendor in the month; DE represents the number of days in the month that have elapsed; and DM represents the number of days in the month; and
Contactless force measurement sensor for measuring an applied force onto an object the contactless force measurement sensor comprises a first facing orientation which facing orientation defines an orientation pointing towards a surface of the object, a first magnetic field generating unit being adapted for generating a magnetic field towards the facing orientation, a first magnetic field detector unit being adapted for detecting a first magnetic field which field being generated by the first magnetic field generating unit and being influenced by an applied force to be measured, wherein the first magnetic field detector unit is further adapted for outputting a first signal being representative for the detected magnetic field, an evaluating unit being adapted for evaluating a signal strength of the first signal and determining the applied force based on the first signal, wherein at least one of the first and second magnetic field generating units (10a, 10b) comprises a magnetic field generating element (11a, 11b) and a flux concentrator (15a, 15b), wherein the flux concentrator cooperates with the magnetic field generating element so as to concentrate the generated magnetic field towards the facing orientation (z1, z2), wherein the flux concentrator (15a, 15b) is of a U-shape and having a first pole (16a, 16b) and a second pole (17a, 17b), wherein both poles are oriented in a direction of the facing orientation (z1, z2), characterized in that at least one of the first and second magnetic field detecting units (20a, 20b) comprises a coil, which coil is located between the first pole (16a, 16b) and the second pole (17a, 17b), and wherein the coil is oriented into a direction corresponding to a connection line between the first pole and the second pole (16a, 17a; 16b, 17b).
A comfort layer (16; 60; 66; 120) configured to overlay a core of a bedding or seating product, said comfort layer (16; 60; 66; 120) comprising: a matrix of mini coil springs (28, 30; 300); a first piece of fabric (22; 74) on one side of the matrix of mini coil springs (28, 30; 300); a second piece of fabric (24; 76) on another side of the matrix of mini coil springs (28, 30; 300), the first and second pieces of fabric being joined with weld seams comprising weld segments around each of the mini coil springs (28, 30; 300) to create gaps between the first (22; 74) and second (24; 76) pieces of fabric and individual pockets which contain the mini coil springs (28, 30; 300); said comfort layer (16; 60; 66; 120) having different sections of different firmness due, at least in part, to the out-of-pocket height of the mini coil springs (28, 30; 300). a matrix of mini coil springs (28, 30; 300); a first piece of fabric (22; 74) on one side of the matrix of mini coil springs (28, 30; 300); a second piece of fabric (24; 76) on another side of the matrix of mini coil springs (28, 30; 300), the first and second pieces of fabric being joined with weld seams comprising weld segments around each of the mini coil springs (28, 30; 300) to create gaps between the first (22; 74) and second (24; 76) pieces of fabric and individual pockets which contain the mini coil springs (28, 30; 300); said comfort layer (16; 60; 66; 120) having different sections of different firmness due, at least in part, to the out-of-pocket height of the mini coil springs (28, 30; 300).