mhurhangee/ep-ind-claims huggingface dataset:
A bipolar plate for a fuel cell, comprising: a first plate; a second plate coupled to the first plate to form a channel in which a fluid flows; and a plurality of protrusions disposed apart from each other in the channel in a flow direction of the fluid, wherein: the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface, the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface, and a second protrusion protruding from the second surface toward the first surface, and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid; and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body. a first plate; a second plate coupled to the first plate to form a channel in which a fluid flows; and a plurality of protrusions disposed apart from each other in the channel in a flow direction of the fluid, wherein: the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface, the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface, and a second protrusion protruding from the second surface toward the first surface, and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid; and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body. the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface, the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface, and a second protrusion protruding from the second surface toward the first surface, and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid; and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body. a first protruding body disposed in an oblong shape in the flow direction of the fluid; and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body.
A medical device system, comprising: a guidewire (12; 512); a pressure sensor assembly disposed within the guidewire (12; 512), the pressure sensor assembly including a Fabry-Perot pressure sensor and a first optical fiber coupled to the Fabry-Perot pressure sensor; wherein the first optical fiber includes a first central core having a first core outer diameter; a cable (140; 140'; 140"; 240; 340; 440; 540) coupled to the guidewire (12; 512), the cable (140; 140'; 140"; 240; 340; 440; 540) including a second optical fiber (142; 142'; 142"; 342; 442) including a second central core and a cladding; and wherein the second central core has a second core outer diameter greater than the first core outer diameter, and wherein the cladding of the second optical fiber (142; 142'; 142"; 342; 442) has an outer diameter equal to an outer diameter of the guidewire (12; 512). a guidewire (12; 512); a pressure sensor assembly disposed within the guidewire (12; 512), the pressure sensor assembly including a Fabry-Perot pressure sensor and a first optical fiber coupled to the Fabry-Perot pressure sensor; wherein the first optical fiber includes a first central core having a first core outer diameter; a cable (140; 140'; 140"; 240; 340; 440; 540) coupled to the guidewire (12; 512), the cable (140; 140'; 140"; 240; 340; 440; 540) including a second optical fiber (142; 142'; 142"; 342; 442) including a second central core and a cladding; and wherein the second central core has a second core outer diameter greater than the first core outer diameter, and wherein the cladding of the second optical fiber (142; 142'; 142"; 342; 442) has an outer diameter equal to an outer diameter of the guidewire (12; 512).
Elevator system comprising a car, a counterweight, at least one support means which at least partly supports the car and the counterweight and by means of which the car and the counterweight are interconnected, and comprising a compensating element (22, 122, 222) for compensating for the weight of the support means, the compensating element (22, 122, 222) comprising at least one belt (24, 26, 124 to 130, 224, 226), characterized in that the belt (24, 26, 124 to 130, 224, 226) is a discarded belt (24, 26, 124 to 130, 224, 226) that was previously used as a support means for a car of an elevator system, or the belts (24, 26, 124 to 130, 224, 226) are discarded belts (24, 26, 124 to 130, 224, 226) that were previously used as support means for cars of elevator systems.
A system for providing cooling fluid for a rotary machine comprising: an inner casing; an outer casing extending circumferentially about, and spaced radially outward from, said inner casing such that at least one cavity is defined therebetween; and at least one conduit coupled to said outer casing in flow communication with said at least one cavity, said at least one conduit oriented at an acute angle relative to a longitudinal axis of said outer casing, characterized in that said at least one conduit is further oriented such that a longitudinal axis of said at least one conduit proximate to an outlet of said conduit is oriented tangentially to the inner casing of the at least one cavity. an inner casing; an outer casing extending circumferentially about, and spaced radially outward from, said inner casing such that at least one cavity is defined therebetween; and at least one conduit coupled to said outer casing in flow communication with said at least one cavity, said at least one conduit oriented at an acute angle relative to a longitudinal axis of said outer casing, characterized in that said at least one conduit is further oriented such that a longitudinal axis of said at least one conduit proximate to an outlet of said conduit is oriented tangentially to the inner casing of the at least one cavity.
A processing method for tracking UE in a low power mode, comprising: obtaining, by user equipment, UE, transmission configuration information between the user equipment UE and a network device, wherein the transmission configuration information indicates that an uplink tracking signal is to be sent according to a discontinuous transmission mode, and the transmission configuration information comprises a transmission cycle; when the UE enters a low power mode, sending, by the UE, an uplink tracking signal to the network device based on the transmission configuration information; and receiving, by the UE, timing advance, TA, adjustment information returned by the network device, wherein the TA adjustment information is obtained by the network device through detection of the uplink tracking signal, wherein the transmission configuration information is further used to indicate that a reception mode of the UE is a discontinuous reception mode, and the transmission configuration information further comprises a reception cycle, characterized in when a moving speed of the UE is less than a preset speed threshold, the reception cycle is greater than or equal to the transmission cycle. obtaining, by user equipment, UE, transmission configuration information between the user equipment UE and a network device, wherein the transmission configuration information indicates that an uplink tracking signal is to be sent according to a discontinuous transmission mode, and the transmission configuration information comprises a transmission cycle; when the UE enters a low power mode, sending, by the UE, an uplink tracking signal to the network device based on the transmission configuration information; and receiving, by the UE, timing advance, TA, adjustment information returned by the network device, wherein the TA adjustment information is obtained by the network device through detection of the uplink tracking signal, wherein the transmission configuration information is further used to indicate that a reception mode of the UE is a discontinuous reception mode, and the transmission configuration information further comprises a reception cycle, characterized in when a moving speed of the UE is less than a preset speed threshold, the reception cycle is greater than or equal to the transmission cycle.
A battery module comprising: a plurality of battery cells stacked along a first direction; a pair of end plates arranged spaced apart from each other in the first direction at respective end faces of the stacked battery cells; and at least one bush member is provided coupled to each end plate extending in a second direction perpendicular to the first direction, the second direction being the top-bottom direction, characterized in that each end plate comprises a first main portion and extending portions extending from the first main portion toward the battery cells, wherein the bush member: extends in the second direction along the direction along which the intersection between the first main portion and the extending portion extends, is coupled to the extending portions, and further comprises a guide portion which is formed at the top of the bush member and is provided on top of the end plate at a corner formed by the extending portion and the first main portion for positioning the bush member at the end plates. a plurality of battery cells stacked along a first direction; a pair of end plates arranged spaced apart from each other in the first direction at respective end faces of the stacked battery cells; and at least one bush member is provided coupled to each end plate extending in a second direction perpendicular to the first direction, the second direction being the top-bottom direction, characterized in that each end plate comprises a first main portion and extending portions extending from the first main portion toward the battery cells, wherein the bush member: extends in the second direction along the direction along which the intersection between the first main portion and the extending portion extends, is coupled to the extending portions, and further comprises a guide portion which is formed at the top of the bush member and is provided on top of the end plate at a corner formed by the extending portion and the first main portion for positioning the bush member at the end plates. extends in the second direction along the direction along which the intersection between the first main portion and the extending portion extends, is coupled to the extending portions, and further comprises a guide portion which is formed at the top of the bush member and is provided on top of the end plate at a corner formed by the extending portion and the first main portion for positioning the bush member at the end plates.
A method for receiving signals by a communication device in a time division duplex TDD-based wireless communication system supporting 3 rd Generation Partnership Project, 3GPP, Long Term Evolution Advanced, LTE-A, the method comprising: receiving a downlink signal via a downlink pilot time slot, DwPTS, in a specific subframe comprising the DwPTS, a guard period, and an uplink pilot time slot, UpPTS, wherein each length of the DwPTS, the guard period, and the UpPTS in the specific subframe is predetermined according to subframe configuration information for the specific subframe, characterised in that the method further comprises: monitoring a physical downlink control channel, PDCCH, for the subframe configuration information corresponding to #1 to #4 or #6 to #8 when a normal cyclic prefix, CP, is configured in downlink, wherein when the normal CP is configured in downlink, the PDCCH is not monitored for the subframe configuration information corresponding to #0 or #5, and wherein the PDCCH is assigned within a resource region starting from an N th orthogonal frequency division multiplexing, OFDM, symbol in a subframe, wherein N is an integer of 2 or more. receiving a downlink signal via a downlink pilot time slot, DwPTS, in a specific subframe comprising the DwPTS, a guard period, and an uplink pilot time slot, UpPTS, wherein each length of the DwPTS, the guard period, and the UpPTS in the specific subframe is predetermined according to subframe configuration information for the specific subframe, characterised in that the method further comprises: monitoring a physical downlink control channel, PDCCH, for the subframe configuration information corresponding to #1 to #4 or #6 to #8 when a normal cyclic prefix, CP, is configured in downlink, wherein when the normal CP is configured in downlink, the PDCCH is not monitored for the subframe configuration information corresponding to #0 or #5, and wherein the PDCCH is assigned within a resource region starting from an N th orthogonal frequency division multiplexing, OFDM, symbol in a subframe, wherein N is an integer of 2 or more. monitoring a physical downlink control channel, PDCCH, for the subframe configuration information corresponding to #1 to #4 or #6 to #8 when a normal cyclic prefix, CP, is configured in downlink, wherein when the normal CP is configured in downlink, the PDCCH is not monitored for the subframe configuration information corresponding to #0 or #5, and wherein the PDCCH is assigned within a resource region starting from an N th orthogonal frequency division multiplexing, OFDM, symbol in a subframe, wherein N is an integer of 2 or more.
An ultrasound apparatus (1000, 1802, 1920) comprising: a communication interface configured to receive an ultrasound image from an external device; a touch screen configured to: display the ultrasound image and first time gain compensation, TGC, value set matched to depth values of the ultrasound image, and receive a user's input for modifying the first TGC value set to second TGC value set by receiving an input for adjusting at least one TGC value corresponding to a second depth value, in the displayed first TGC value set; and a controller configured to adjust, based on the second TGC value set, the brightness of the ultrasound image, displayed on the touch screen, it corresponding depth values. a communication interface configured to receive an ultrasound image from an external device; a touch screen configured to: display the ultrasound image and first time gain compensation, TGC, value set matched to depth values of the ultrasound image, and receive a user's input for modifying the first TGC value set to second TGC value set by receiving an input for adjusting at least one TGC value corresponding to a second depth value, in the displayed first TGC value set; and display the ultrasound image and first time gain compensation, TGC, value set matched to depth values of the ultrasound image, and receive a user's input for modifying the first TGC value set to second TGC value set by receiving an input for adjusting at least one TGC value corresponding to a second depth value, in the displayed first TGC value set; and a controller configured to adjust, based on the second TGC value set, the brightness of the ultrasound image, displayed on the touch screen, it corresponding depth values.
A plate heat exchanger comprising: heat exchange plates forming one or more first fluid channels and one or more second fluid channels; wherein said one or more first fluid channels each has a fluid channel upstream portion and a fluid channel downstream portion separated from said fluid channel upstream portion, wherein said fluid channel upstream portion is fluidly communicated via a fluid communication device with said fluid channel downstream portion the plate heat exchanger further comprising an outlet of the fluid channel upstream portion and an inlet of the fluid channel downstream portion, said outlet of the fluid channel upstream portion is fluidly communicated via the fluid communication device with said inlet of the fluid channel downstream portion, characterized in that the plate heat exchanger comprises an end plate (11, 13) provided on an outer side of the heat exchange plate and having a recess which, together with a corresponding portion of the outer side of the heat exchange plate, forms a chamber as said fluid communication device; said outlet of the fluid channel upstream portion and said inlet of the fluid channel downstream portion are fluidly communicated with said chamber. heat exchange plates forming one or more first fluid channels and one or more second fluid channels; wherein said one or more first fluid channels each has a fluid channel upstream portion and a fluid channel downstream portion separated from said fluid channel upstream portion, wherein said fluid channel upstream portion is fluidly communicated via a fluid communication device with said fluid channel downstream portion the plate heat exchanger further comprising an outlet of the fluid channel upstream portion and an inlet of the fluid channel downstream portion, said outlet of the fluid channel upstream portion is fluidly communicated via the fluid communication device with said inlet of the fluid channel downstream portion, characterized in that the plate heat exchanger comprises an end plate (11, 13) provided on an outer side of the heat exchange plate and having a recess which, together with a corresponding portion of the outer side of the heat exchange plate, forms a chamber as said fluid communication device; said outlet of the fluid channel upstream portion and said inlet of the fluid channel downstream portion are fluidly communicated with said chamber.
An inflation/deflation device for automatically inflating/deflating a closed volume for confining a gaseous fluid under pressure, said device comprising: - a portion provided with an intake orifice for taking in a gaseous fluid under pressure, and a portion provided with an inflation/deflation orifice designed to communicate with the closed volume, and provided with a discharge orifice opening out between the two portions (2, 6); - a valve member control system (3, 10) for inflation/deflation operations per se; and - an elastically deformable washer mounted between the two portions (2, 6) and around the discharge orifice for protecting it from external atmospheric agents; characterized in that one of the portions is provided with arrangements for receiving the washer, that are capable of allowing said washer to deform elastically, under the effect of a pressure of a gaseous fluid discharging through the discharge orifice, so as to release face-on abutment created by an annular protuberance provided on the other portion, and so as to generate a fluid discharge passage between said annular protuberance and said washer. - a portion provided with an intake orifice for taking in a gaseous fluid under pressure, and a portion provided with an inflation/deflation orifice designed to communicate with the closed volume, and provided with a discharge orifice opening out between the two portions (2, 6); - a valve member control system (3, 10) for inflation/deflation operations per se; and - an elastically deformable washer mounted between the two portions (2, 6) and around the discharge orifice for protecting it from external atmospheric agents;
A catheter assembly comprising: a catheter adapter; a needle hub; a needle shield having an asymmetrical gripping surface; and a needle, wherein the needle extends from the needle hub through the needle shield and through the catheter adapter thereby aligning the catheter adapter, the needle shield and the needle hub into an integrated catheter assembly, characterized in that said needle hub has a first gripping surface and a second gripping surface; said asymmetrical gripping surface comprises a third gripping surface and a fourth gripping surface for positioning a first digit and a second digit, respectively, said third gripping surface opposing said fourth gripping surface, wherein the third gripping surface and a fourth gripping surface are asymmetrical with respect to each other, wherein the first and second gripping surfaces abut the fourth and the third gripping surfaces, respectively. a catheter adapter; a needle hub; a needle shield having an asymmetrical gripping surface; and a needle, wherein the needle extends from the needle hub through the needle shield and through the catheter adapter thereby aligning the catheter adapter, the needle shield and the needle hub into an integrated catheter assembly, characterized in that said needle hub has a first gripping surface and a second gripping surface; said asymmetrical gripping surface comprises a third gripping surface and a fourth gripping surface for positioning a first digit and a second digit, respectively, said third gripping surface opposing said fourth gripping surface, wherein the third gripping surface and a fourth gripping surface are asymmetrical with respect to each other, wherein the first and second gripping surfaces abut the fourth and the third gripping surfaces, respectively.
A method for Internet Protocol, IP,/optical convergence, comprising: establishing, by a first optical device, a bidirectional Label Switch Path, LSP, optical channel with a second optical device after receiving a request message for establishing a user network interface, UNI, from a first routing device, wherein the request message comprises an ingress IP address of the first optical device, an egress IP address of the second optical device and an ingress IP address of a second routing device; allocating, by the first optical device, a generalized multiprotocol label switching, GMPLS, label for the optical channel; sending (230, 240), by the first optical device, a routing message carrying the GMPLS label allocated for the optical channel to the second routing device through the second optical device, so that the second routing device sets the GMPLS label allocated for the optical channel as a virtual local area network identifier, VLAN ID, of a second Ethernet sub-interface on the second routing device; receiving (250, 260), by the first optical device, a first acknowledge message from the second routing device; and sending, by the first optical device, a second acknowledge message carrying the GMPLS label allocated for the optical channel to the first routing device, so that the first routing device sets the GMPLS label as a VLAN ID of a first Ethernet sub-interface on the first routing device. establishing, by a first optical device, a bidirectional Label Switch Path, LSP, optical channel with a second optical device after receiving a request message for establishing a user network interface, UNI, from a first routing device, wherein the request message comprises an ingress IP address of the first optical device, an egress IP address of the second optical device and an ingress IP address of a second routing device; allocating, by the first optical device, a generalized multiprotocol label switching, GMPLS, label for the optical channel; sending (230, 240), by the first optical device, a routing message carrying the GMPLS label allocated for the optical channel to the second routing device through the second optical device, so that the second routing device sets the GMPLS label allocated for the optical channel as a virtual local area network identifier, VLAN ID, of a second Ethernet sub-interface on the second routing device; receiving (250, 260), by the first optical device, a first acknowledge message from the second routing device; and sending, by the first optical device, a second acknowledge message carrying the GMPLS label allocated for the optical channel to the first routing device, so that the first routing device sets the GMPLS label as a VLAN ID of a first Ethernet sub-interface on the first routing device.
A composition comprising a polar glycolipid obtainable from cells of a cyanobacterium Oscillatoria species (CyP), for use for the treatment and/or the prevention of pain.