mhurhangee/ep-ind-claims huggingface dataset:
A method for viewing, on a client-side device, documents requested from a server-side device, the client-side device and server-side device having a communication link therebetween, comprising: a) generating a first request from a client-side device to be sent to a server-side device, the request identifying a document, a section of the document to be sent to the client-side device, and a compression format corresponding to the client-side device; b) the server-side device retrieving, in response to receiving the request from the client-side device, the requested document and identifying the requested section of the requested document; c) the server-side device converting the requested document, if not already converted, to a rastered document; d) the server-side device compressing the section of the requested rastered document into a compressed image having the identified compression format corresponding to the client-side device; e) the server-side device communicating an initial low resolution image of the requested section to the client-side device; f) the client-side device decompressing the received initial image; g) the client-side device displaying the initial image; h) generating a second request from the client-side device to be sent to the server-side device, the request identifying a region of the initial image; i) the server-side device communicating more data from the compressed image to the client-side device corresponding to a higher resolution image of the requested region; j) the client-side device decompressing the received higher resolution image; and k) the client-side device displaying the higher resolution image of the requested region. a) generating a first request from a client-side device to be sent to a server-side device, the request identifying a document, a section of the document to be sent to the client-side device, and a compression format corresponding to the client-side device; b) the server-side device retrieving, in response to receiving the request from the client-side device, the requested document and identifying the requested section of the requested document; c) the server-side device converting the requested document, if not already converted, to a rastered document; d) the server-side device compressing the section of the requested rastered document into a compressed image having the identified compression format corresponding to the client-side device; e) the server-side device communicating an initial low resolution image of the requested section to the client-side device; f) the client-side device decompressing the received initial image; g) the client-side device displaying the initial image; h) generating a second request from the client-side device to be sent to the server-side device, the request identifying a region of the initial image; i) the server-side device communicating more data from the compressed image to the client-side device corresponding to a higher resolution image of the requested region; j) the client-side device decompressing the received higher resolution image; and k) the client-side device displaying the higher resolution image of the requested region.
A multiple antenna system, MAS, with multi-user, MU, transmissions, MU-MAS, comprising of a plurality of base stations sharing a same cell ID and a plurality of user devices, wherein: the MU-MAS exploits reciprocity between downlink, DL, and uplink, UL, channels; the MU-MAS further comprises one or more beacon stations employed for radio frequency, RF, calibration within the MU-MAS; each base station comprises one or more antennas, each antenna coupled to an RF chain; and each user device comprises one or more antennas, each antenna coupled to an RF chain; Characterised in that: the RF calibration is obtained by pre-conditioning a matrix of uplink channel estimates H UL with a complex RF calibration matrix C, wherein the pre-conditioning is given as H DL = C H UL † wherein H DL is a matrix of downlink channel estimates between the base stations and the user devices and wherein the matrix C is computed from an effective downlink channel and uplink channel vectors between each of the plurality of base stations and each of the one or more beacon stations. the MU-MAS exploits reciprocity between downlink, DL, and uplink, UL, channels; the MU-MAS further comprises one or more beacon stations employed for radio frequency, RF, calibration within the MU-MAS; each base station comprises one or more antennas, each antenna coupled to an RF chain; and each user device comprises one or more antennas, each antenna coupled to an RF chain; Characterised in that: the RF calibration is obtained by pre-conditioning a matrix of uplink channel estimates H UL with a complex RF calibration matrix C, wherein the pre-conditioning is given as H DL = C H UL † wherein H DL is a matrix of downlink channel estimates between the base stations and the user devices and wherein the matrix C is computed from an effective downlink channel and uplink channel vectors between each of the plurality of base stations and each of the one or more beacon stations.
A special-shaped display panel with a curved or oblique edge, the special-shaped display panel including a display substrate, the display substrate comprising a display region in which a pixel unit array is provided and a light-shielding region at periphery of the display region, wherein: the pixel unit array comprises a plurality of pixel units arranged in rows and columns; the display region has an irregular edge portion along the curved or oblique edge of the display panel, the irregular edge portion including a plurality of edge pixel units arranged adjacent to the light-shielding region; the irregular edge portion of the display region comprises at least one protruding region, each of the at least one protruding region comprising a plurality of consecutive edge pixel units aligned in a same row or a same column and forming a protruding step with respect to a directly adjacent row or column of pixel units, the plurality of edge pixel units of each protruding region having gradually varying light transmission rates along the protruding region; each pixel unit and each edge pixel unit comprise a plurality of pixels, respectively; characterised in that any two neighboring edge pixel units in each of the at least one protruding region have a substantially same difference in light-emitting area. the pixel unit array comprises a plurality of pixel units arranged in rows and columns; the display region has an irregular edge portion along the curved or oblique edge of the display panel, the irregular edge portion including a plurality of edge pixel units arranged adjacent to the light-shielding region; the irregular edge portion of the display region comprises at least one protruding region, each of the at least one protruding region comprising a plurality of consecutive edge pixel units aligned in a same row or a same column and forming a protruding step with respect to a directly adjacent row or column of pixel units, the plurality of edge pixel units of each protruding region having gradually varying light transmission rates along the protruding region; each pixel unit and each edge pixel unit comprise a plurality of pixels, respectively; characterised in that any two neighboring edge pixel units in each of the at least one protruding region have a substantially same difference in light-emitting area.
A wire harness, comprising: an electrical wire; a rod-shaped rigidity providing member, which is fixed to a portion of the electrical wire along a lengthwise direction of the electrical wire, to provide the portion of the electrical wire with rigidity; and a corrugated tube covering the electrical wire and entirely covering the rigidity providing member. an electrical wire; a rod-shaped rigidity providing member, which is fixed to a portion of the electrical wire along a lengthwise direction of the electrical wire, to provide the portion of the electrical wire with rigidity; and a corrugated tube covering the electrical wire and entirely covering the rigidity providing member.
A polarizable electrode for an electrical double layer capacitor, having a collector with 15 to 115 mg/m 2 of phosphorus retained on the surface thereof.
A method of canceling howling, the method comprising canceling howling from an input signal using a variable-bandwidth adaptive notch filter adapted to continuously vary its bandwidth according to a continuously changing howling frequency in the input signal to generate an output signal.
A method of wireless communication performed by a user equipment, UE, comprising: receiving configuration information for a two-step random access channel, RACH, procedure, wherein the configuration information identifies a plurality of physical uplink shared channel, PUSCH, configurations for a PUSCH of the two-step RACH procedure; and transmitting the PUSCH in accordance with a PUSCH configuration, of the plurality of PUSCH configurations, wherein the PUSCH configuration is selected based at least in part on a size of a payload of the PUSCH, and wherein a preamble of the PUSCH is used to indicate the selected PUSCH configuration, wherein transmitting the PUSCH in accordance with the PUSCH configuration comprises: transmitting the PUSCH using a particular RACH occasion for the preamble of the PUSCH, wherein the particular RACH occasion indicates the size of the payload or a PUSCH configuration of the payload. receiving configuration information for a two-step random access channel, RACH, procedure, wherein the configuration information identifies a plurality of physical uplink shared channel, PUSCH, configurations for a PUSCH of the two-step RACH procedure; and transmitting the PUSCH in accordance with a PUSCH configuration, of the plurality of PUSCH configurations, wherein the PUSCH configuration is selected based at least in part on a size of a payload of the PUSCH, and wherein a preamble of the PUSCH is used to indicate the selected PUSCH configuration, wherein transmitting the PUSCH in accordance with the PUSCH configuration comprises: transmitting the PUSCH using a particular RACH occasion for the preamble of the PUSCH, wherein the particular RACH occasion indicates the size of the payload or a PUSCH configuration of the payload.
A process for producing a crystalline Form C of romidepsin comprising characteristic XRPD peaks at about 8.28, 11.45, 12.19 and 21.13 degrees 2θ, the process comprising serial seeding of saturated solution of Form A of romidepsin with solids containing Form C of romidepsin, wherein the serial seeding comprises at least three sequential seeding procedures.
Process for preparing a 2-bromoglutaric acid diester of formula below: in which R represents a (C 3 -C 6)alkyl group, comprising the following steps: (b) forming the 2-hydroxyglutaric acid diester of formula by reacting the butyrolactone acid of formula with the alcohol of formula ROH, in the presence of an acid such as sulfuric acid; and (c) brominating the 2-hydroxyglutaric acid diester of formula, by sparging with gaseous hydrobromic acid, leading to the 2-bromoglutaric acid diester of formula. in which R represents a (C 3 -C 6)alkyl group, comprising the following steps: (b) forming the 2-hydroxyglutaric acid diester of formula by reacting the butyrolactone acid of formula with the alcohol of formula ROH, in the presence of an acid such as sulfuric acid; and (c) brominating the 2-hydroxyglutaric acid diester of formula, by sparging with gaseous hydrobromic acid, leading to the 2-bromoglutaric acid diester of formula.
A medical osteotome device for treating a vertebral body by mechanically displacing cancellous bone, the medical osteotome device comprising: a handle including an actuator mechanism; a shaft coupled to the handle, the shaft having an axis and comprising a plurality of concentric sleeves (520, 522) with distal portions, each sleeve configured with a respective series of slots to provide actuation of a working end between a linear configuration and an articulated configuration; wherein at least a purality of slots is configured with substantially radial and axially oriented openings that when closed increase resistance to torsion of the working end. a handle including an actuator mechanism; a shaft coupled to the handle, the shaft having an axis and comprising a plurality of concentric sleeves (520, 522) with distal portions, each sleeve configured with a respective series of slots to provide actuation of a working end between a linear configuration and an articulated configuration; wherein at least a purality of slots is configured with substantially radial and axially oriented openings that when closed increase resistance to torsion of the working end.
Electrical connection kit for connecting a first electrical conductor comprising a core covered with a sheath to a second electrical conductor, in particular for a motor vehicle, the kit comprising a connection box comprising a first part and a second part that can be folded on top of each other, the first part being provided with a reception groove extending parallel to a longitudinal direction in which the first electrical conductor is intended to be housed, the first part being provided with a support housing extending parallel to the longitudinal direction, so that the reception groove and the support housing are superimposed, the kit further comprising a connection terminal configured to be electrically connected, at a first end, to the second electrical conductor, and being provided, at a second end, with a plurality of aligned teeth made of an electrically conducting material, the kit being configured such that, once the connection terminal is housed in the support housing, the teeth are aligned parallel to the longitudinal direction, and that, once the first electrical conductor is arranged in the reception groove, folding the second part on top of the first part causes, by clamping the first electrical conductor arranged in the reception groove between the teeth and the second part of the connection box, the sheath of the first conductor to be pierced by the teeth, the connection box comprising a third part carrying the support housing, configured to be inserted in the first part and held in the first part by locking means, this third part comprising an insertion through-hole to insert the connection terminal.
An operating table comprising a patient support which has a longitudinal axis and a transverse axis and which is supported on a column which has a column head; and a gimbal mounting with which the patient support can be pivoted out of a horizontal basic position about its longitudinal axis and about its transverse axis; characterized in that a pivot device is provided which elevates the gimbal mounting beyond the column head.
A method for controlling packet flow in a network, the method comprising: storing a plurality of packets (320, 330, 340) in a buffer, the packets originating from a single application and each of the packets comprising one or more payloads; selecting by a flow controller a transmission scheme based on a payload rate for the payloads arriving at the buffer, wherein the transmission scheme includes data blocks comprising packets (320, 330, 340) each having an associated payload, the data blocks having a variable packet transmission rate and a variable payload per packet ratio, and the product of the variable packet transmission rate and the variable payload per packet ratio remains constant, wherein the transmission scheme comprises: selecting an initial said variable packet transmission rate and corresponding initial said variable payload per packet ratio; and thereafter sequentially selecting further variable packet transmission rates and corresponding variable payload per packet ratios, wherein the sequentially selecting gradually increases and then decreases one or more of: the number of payloads stored in the buffer, and the number of payloads per packet, to transmit different data blocks at different periods; creating the data blocks according to the selected transmission scheme; and sending the data blocks to a network switch according to the transmission scheme. storing a plurality of packets (320, 330, 340) in a buffer, the packets originating from a single application and each of the packets comprising one or more payloads; selecting by a flow controller a transmission scheme based on a payload rate for the payloads arriving at the buffer, wherein the transmission scheme includes data blocks comprising packets (320, 330, 340) each having an associated payload, the data blocks having a variable packet transmission rate and a variable payload per packet ratio, and the product of the variable packet transmission rate and the variable payload per packet ratio remains constant, wherein the transmission scheme comprises: selecting an initial said variable packet transmission rate and corresponding initial said variable payload per packet ratio; and thereafter sequentially selecting further variable packet transmission rates and corresponding variable payload per packet ratios, wherein the sequentially selecting gradually increases and then decreases one or more of: the number of payloads stored in the buffer, and the number of payloads per packet, to transmit different data blocks at different periods; selecting an initial said variable packet transmission rate and corresponding initial said variable payload per packet ratio; and thereafter sequentially selecting further variable packet transmission rates and corresponding variable payload per packet ratios, wherein the sequentially selecting gradually increases and then decreases one or more of: the number of payloads stored in the buffer, and the number of payloads per packet, to transmit different data blocks at different periods; creating the data blocks according to the selected transmission scheme; and sending the data blocks to a network switch according to the transmission scheme.
A reciprocating-piston compressor having a regulating device comprising an input for the supply of input information, in particular suction pressure or high pressure of a corresponding compressor, and has at least one output for the actuation of a regulating element, wherein the regulating device is designed to generate a digital output signal, wherein the regulating element has a digitally actuable regulating valve, wherein the reciprocating-piston compressor has at least one suction-gas volume and at least one high-pressure volume, wherein a connection is formed between the at least one suction-gas volume and the at least one high-pressure volume of the reciprocating-piston compressor, wherein the digitally actuable regulating valve is arranged in the connection, wherein the reciprocating-piston compressor has a shut-off device, in particular a valve, furthermore in particular a check valve, which is arranged downstream of the high-pressure volume as viewed in a flow direction of the refrigerant during normal operation of the reciprocating-piston compressor, wherein the at least one suction-gas volume and the at least one high-pressure volume and the regulating valve are integrated into the reciprocating piston compressor, wherein the regulating device is provided for the continuously variable regulation of a delivery rate of the reciprocating-piston compressor.
An assembly comprising: a first metal component; a second metal component; a composite component disposed between the first metal component and the second metal component, the composite component comprising: an electrically conductive element disposed within the composite component; a hole extending through the first metal component and the composite component, and into the second metal component; a fastener disposed in the hole and connecting the first metal component, the second metal component and the composite component together; and a sleeve disposed in the hole and around the fastener, wherein the fastener compresses the sleeve inside the hole such that the sleeve deflects and contacts the electrically conductive element while the sleeve maintains contact with the fastener, thereby forming a grounding path with the first metal component, the composite component, and the second metal component; characterised in that the sleeve comprises at least one window which extends across more than half of a circumference of the sleeve. a first metal component; a second metal component; a composite component disposed between the first metal component and the second metal component, the composite component comprising: an electrically conductive element disposed within the composite component; a hole extending through the first metal component and the composite component, and into the second metal component; a fastener disposed in the hole and connecting the first metal component, the second metal component and the composite component together; and a sleeve disposed in the hole and around the fastener, wherein the fastener compresses the sleeve inside the hole such that the sleeve deflects and contacts the electrically conductive element while the sleeve maintains contact with the fastener, thereby forming a grounding path with the first metal component, the composite component, and the second metal component; characterised in that the sleeve comprises at least one window which extends across more than half of a circumference of the sleeve. an electrically conductive element disposed within the composite component; a hole extending through the first metal component and the composite component, and into the second metal component; a fastener disposed in the hole and connecting the first metal component, the second metal component and the composite component together; and a sleeve disposed in the hole and around the fastener, wherein the fastener compresses the sleeve inside the hole such that the sleeve deflects and contacts the electrically conductive element while the sleeve maintains contact with the fastener, thereby forming a grounding path with the first metal component, the composite component, and the second metal component; characterised in that the sleeve comprises at least one window which extends across more than half of a circumference of the sleeve.
A breathable dressing for treating tissue comprising: an applicator having an aperture; a first pad section; a second pad section positioned substantial ly adjacent to the fi rst pad section; a drape substantially covering the first pad section, the second pad section, and the applicator; a fabric layer having a fi rst portion located between the first pad section and the applicator, and a second portion located between the second pad section and the applicator; and wherein the first portion of the fabric layer is adapted to receive a reduced pressure to be provided to the aperture. an applicator having an aperture; a first pad section; a second pad section positioned substantial ly adjacent to the fi rst pad section; a drape substantially covering the first pad section, the second pad section, and the applicator; a fabric layer having a fi rst portion located between the first pad section and the applicator, and a second portion located between the second pad section and the applicator; and wherein the first portion of the fabric layer is adapted to receive a reduced pressure to be provided to the aperture.
A security pigment of chemically stable core-shell particles, comprising a core based on a thermoplastic polymer, a shell based on a condensation polymer, and an organic or metalorganic feature substance present in dissolved or finely distributed form in the core, wherein the mass fraction of the shell amounts to more than 25% in relation to the mass of the core, in order to give the core-shell particles chemical stability, the condensation polymer is selected from melamine-formaldehyde resins and the feature substance is a fluorescent or phosphorescent or photochromic or thermochromic feature substance or a UV or IR or VIS absorption dye.