mhurhangee/ep-ind-claims huggingface dataset:
A fuel pump, in particular high-pressure fuel pump of a common rail fuel system, with a pump plunger guided in a pump cylinder, wherein in the region of a recess of the pump cylinder, in which the pump plunger is guided, an upper feed groove coupled via at least one feed bore to a first pressure level and a lower drain groove coupled via at least one drain bore to a second pressure level for fuel serving for the lubrication and if appropriate cooling is formed, wherein in the region of the recess of the pump cylinder between the upper feed groove and the lower drain groove a further, middle feed groove is formed, which via at least one feed bore is coupled to the first pressure level, wherein between an upper edge of the lower drain groove and a lower edge of the middle feed groove a first guide web for the pump plunger and between an upper edge of the middle feed groove and a lower edge of the upper feed groove a second guide web for the pump plunger is formed, characterized in that the middle feed groove has an axial groove height which is greater than a plunger stroke of the pump plunger and the following is true for an axial groove height of the middle feed groove: B > A-C1, where A is a plunger stroke of the pump plunger and where C1 is the axial distance between the upper edge of the lower drain groove and the lower edge of the middle feed groove.
Charging device for supplying electrical energy, in particular for charging mobile energy stores in electric vehicles, having connecting means for connecting a charging cable, transmitting/receiving means for wirelessly transmitting and/or receiving authentication information, and authentication means for authenticating the electric vehicle using an item of authentication information, characterized in that the authentication means and the transmitting/receiving means are designed to carry out radio prior authentication and/or radio authentication of the electric vehicle using electromagnetic radiation from the charging cable connected to the electric vehicle by receiving at least one item of authentication information taken from the electromagnetic radiation from the charging cable before the charging cable is connected to the connecting means.
An electronic cigarette, comprising: an atomizing assembly comprising a housing and an atomizer located in the housing; the housing having an abutment portion; the atomizer comprising a reservoir and an atomizing element connected to the reservoir; and a power supply assembly removably connected to the atomizing assembly; the power supply assembly comprising a first connecting portion facing the atomizing assembly; wherein the housing is provided with a second connecting portion on an end thereof facing the power supply assembly, the second connecting portion is removably connected to the first connecting portion; characterized in that the atomizer is removably located in the housing and is provided with a third connecting portion on an end thereof facing the power supply assembly; when the first connecting portion is fixedly connected to the second connecting portion, the abutment portion abuts against the atomizer, such that the third connecting portion abuts against the first connecting portion. an atomizing assembly comprising a housing and an atomizer located in the housing; the housing having an abutment portion; the atomizer comprising a reservoir and an atomizing element connected to the reservoir; and a power supply assembly removably connected to the atomizing assembly; the power supply assembly comprising a first connecting portion facing the atomizing assembly; wherein the housing is provided with a second connecting portion on an end thereof facing the power supply assembly, the second connecting portion is removably connected to the first connecting portion; characterized in that the atomizer is removably located in the housing and is provided with a third connecting portion on an end thereof facing the power supply assembly; when the first connecting portion is fixedly connected to the second connecting portion, the abutment portion abuts against the atomizer, such that the third connecting portion abuts against the first connecting portion.
An urban heat relief installation, comprising: a water-retaining surface coating disposed at an area to be cooled, a water distribution network, a water supply system connected to the water distribution network, a pilot system configured to control the water supply system in order to authorize or prohibit the supply of water to the water distribution network, wherein the pilot system comprises at least two separate sensors configured to measure two different climatic parameters of the environment of the installation, and characterized in that the pilot system is configured to control the supply system as a function of the temperature of the ground in the area to be cooled and of the temperature of the ground in a reference area devoid of the water-retaining surface coating and adjacent to the area to be cooled. a water-retaining surface coating disposed at an area to be cooled, a water distribution network, a water supply system connected to the water distribution network, a pilot system configured to control the water supply system in order to authorize or prohibit the supply of water to the water distribution network, wherein the pilot system comprises at least two separate sensors configured to measure two different climatic parameters of the environment of the installation, and characterized in that the pilot system is configured to control the supply system as a function of the temperature of the ground in the area to be cooled and of the temperature of the ground in a reference area devoid of the water-retaining surface coating and adjacent to the area to be cooled.
A method performed by a reproducing apparatus, the method comprising: a.) deciding on content to be reproduced based on a predetermined manner; b.) determining whether content correlated with the content decided to be reproduced has been recorded in the reproducing apparatus; c.) if yes in step b.), determining whether an amount of the correlated content is equal to or greater than a predetermined value; d.) if yes in step c.), causing a discovery button of the reproducing apparatus to emit light to indicate that correlated content is recorded in the reproducing apparatus when the content is reproduced; e.) if no in step b.) or no in step c.), determining whether the reproduction of the content has been completed; f.) if no in step e.), returning to the step e.); g.) if yes in step e.), determining whether content to be reproduced next has been set up; h.) if no in step g.), ending the reproduction of content and ending the method; i.) if yes in step g.), returning to step b.) and performing method steps b.) - i.) for the next content to be reproduced. a.) deciding on content to be reproduced based on a predetermined manner; b.) determining whether content correlated with the content decided to be reproduced has been recorded in the reproducing apparatus; c.) if yes in step b.), determining whether an amount of the correlated content is equal to or greater than a predetermined value; d.) if yes in step c.), causing a discovery button of the reproducing apparatus to emit light to indicate that correlated content is recorded in the reproducing apparatus when the content is reproduced; e.) if no in step b.) or no in step c.), determining whether the reproduction of the content has been completed; f.) if no in step e.), returning to the step e.); g.) if yes in step e.), determining whether content to be reproduced next has been set up; h.) if no in step g.), ending the reproduction of content and ending the method; i.) if yes in step g.), returning to step b.) and performing method steps b.) - i.) for the next content to be reproduced.
A foldable vase comprising: a base and a plurality of sides, made from a water resistant sheet material, the sides extending upwardly from the base and defining between them an open topped enclosure, at least one side being provided with at least one flexible joint (22, 12) running longitudinally therealong to permit the vase to be collapsed and extended; and at least one structural member, made from a water resistant material, spaced between the top and bottom of the vase and characterised in that the at least one structural member is attached to opposing sides of the inside of the vase, each member being provided with at least one flexible joint thereon to permit the member to be folded together with the vase. a base and a plurality of sides, made from a water resistant sheet material, the sides extending upwardly from the base and defining between them an open topped enclosure, at least one side being provided with at least one flexible joint (22, 12) running longitudinally therealong to permit the vase to be collapsed and extended; and at least one structural member, made from a water resistant material, spaced between the top and bottom of the vase and characterised in that the at least one structural member is attached to opposing sides of the inside of the vase, each member being provided with at least one flexible joint thereon to permit the member to be folded together with the vase.
A glove (10; 20) comprising: a stretchable glove main body made of fiber; a coating layer comprising a synthetic resin or rubber as a principal component, the coating layer being laminated to an external face of the glove main body at least in a finger portion and a palm portion; and one or a plurality of impact-resistant pad (3; 23) comprising a synthetic resin as a principal component, the impact-resistant pad (3; 23) being provided to at least a part of an external face side of the coating layer, the glove is characterized in that: the impact-resistant pad (3; 23) is sewn onto the glove main body, the impact-resistant pad (3; 23) comprises a base layer (3a; 23a) that is overlaid on the coating layer, and a protruding part (3b; 23b) that is provided to protrude from an external face of the base layer (3a: 23a), an arithmetic average roughness Ra of an external face of the coating layer is no less than 0.01 μm and no greater than 0.5 μm, and the arithmetic average roughness Ra of an internal face of the base layer (3a; 23a) is no less than 0.005 μm and no greater than 0.15 μm. a stretchable glove main body made of fiber; a coating layer comprising a synthetic resin or rubber as a principal component, the coating layer being laminated to an external face of the glove main body at least in a finger portion and a palm portion; and one or a plurality of impact-resistant pad (3; 23) comprising a synthetic resin as a principal component, the impact-resistant pad (3; 23) being provided to at least a part of an external face side of the coating layer, the glove is characterized in that: the impact-resistant pad (3; 23) is sewn onto the glove main body, the impact-resistant pad (3; 23) comprises a base layer (3a; 23a) that is overlaid on the coating layer, and a protruding part (3b; 23b) that is provided to protrude from an external face of the base layer (3a: 23a), an arithmetic average roughness Ra of an external face of the coating layer is no less than 0.01 μm and no greater than 0.5 μm, and the arithmetic average roughness Ra of an internal face of the base layer (3a; 23a) is no less than 0.005 μm and no greater than 0.15 μm. the impact-resistant pad (3; 23) is sewn onto the glove main body, the impact-resistant pad (3; 23) comprises a base layer (3a; 23a) that is overlaid on the coating layer, and a protruding part (3b; 23b) that is provided to protrude from an external face of the base layer (3a: 23a), an arithmetic average roughness Ra of an external face of the coating layer is no less than 0.01 μm and no greater than 0.5 μm, and the arithmetic average roughness Ra of an internal face of the base layer (3a; 23a) is no less than 0.005 μm and no greater than 0.15 μm.
A compressor arrangement for connecting to a cooling system, the cooling system comprising a condenser, the compressor arrangement comprising: a plurality of refrigerant compressors connectable in parallel circuit, each refrigerant compressor having a volume index (Vi), which volume index (Vi) is the ratio of the volume of suction gas in the compression chamber cavity when it closes to the volume of the gas in the compression chamber when it opens, the plurality of refrigerant compressors including at least one first compressor and at least one second compressor, each first compressor having a different fixed volume index (Vi) than each second compressor; wherein in relative relation between the first and second compressors, each first compressor has a higher isentropic efficiency at a high temperature range for saturated condensing temperature, and wherein each second compressor has a higher isentropic efficiency at a low temperature range for saturated condensing temperature, the high temperature range being higher than the low temperature range; the compressor arrangement further comprising: a controller in operative communication with the refrigerant compressors for individually turning refrigerant compressors on and off; characterized in that the controller is configured to selectively operate the first and second compressors in response to a demand load and a determination of different saturated condensing temperature conditions. a plurality of refrigerant compressors connectable in parallel circuit, each refrigerant compressor having a volume index (Vi), which volume index (Vi) is the ratio of the volume of suction gas in the compression chamber cavity when it closes to the volume of the gas in the compression chamber when it opens, the plurality of refrigerant compressors including at least one first compressor and at least one second compressor, each first compressor having a different fixed volume index (Vi) than each second compressor; wherein in relative relation between the first and second compressors, each first compressor has a higher isentropic efficiency at a high temperature range for saturated condensing temperature, and wherein each second compressor has a higher isentropic efficiency at a low temperature range for saturated condensing temperature, the high temperature range being higher than the low temperature range; the compressor arrangement further comprising: a controller in operative communication with the refrigerant compressors for individually turning refrigerant compressors on and off; characterized in that the controller is configured to selectively operate the first and second compressors in response to a demand load and a determination of different saturated condensing temperature conditions.
Well intervention apparatus comprising: a flexible hose to be lowered into a well, a stuffing seal which engages in a sealing manner around the hose during lowering or raising to seal the well environment from the outside environment, and a bottom hole assembly comprising a termination assembly for the hose and a plurality of tools (28, 30, 32) provided at a downhole end portion of the hose, wherein the hose comprises a plurality of individual tubes (38, 40, 42) extending along an inside region of the hose and connecting to the plurality of tools (28, 30, 32), each individual tube providing a fluid path for fluid communication between outside of the well and at least one tool inside the well, and each individual tube being laterally supported in said inside region such that its lateral movement is restricted, said bottom hole assembly having a sealing arrangement provided around the downhole end portion of the hose, and wherein the sealing arrangement comprises a seal provided around the downhole end portion of the hose and a pair of wedge members, each wedge member extending a circumferential distance around the hose, wherein the sealing arrangement is configured such that the wedge members compress the seal into sealing engagement with the hose. a flexible hose to be lowered into a well, a stuffing seal which engages in a sealing manner around the hose during lowering or raising to seal the well environment from the outside environment, and a bottom hole assembly comprising a termination assembly for the hose and a plurality of tools (28, 30, 32) provided at a downhole end portion of the hose, wherein the hose comprises a plurality of individual tubes (38, 40, 42) extending along an inside region of the hose and connecting to the plurality of tools (28, 30, 32), each individual tube providing a fluid path for fluid communication between outside of the well and at least one tool inside the well, and each individual tube being laterally supported in said inside region such that its lateral movement is restricted, said bottom hole assembly having a sealing arrangement provided around the downhole end portion of the hose, and wherein the sealing arrangement comprises a seal provided around the downhole end portion of the hose and a pair of wedge members, each wedge member extending a circumferential distance around the hose, wherein the sealing arrangement is configured such that the wedge members compress the seal into sealing engagement with the hose.
A method for a master node, MN, configured to provide a master cell group, MCG, in dual connectivity, DC, with a user equipment, UE, together with a secondary node, SN, configured to provide a secondary cell group, SCG, the method comprising: determining at least one restriction parameter, said at least one parameter indicating a maximum Time Offset value, maxToffset, whereby the at least one restriction parameter restricts the SN to select a UE's SCG configuration such that the maximum UE processing value among the possible values that are specified for a SCG configuration does not exceed maxToffset; and sending, to the SN, said at least one restriction parameter. determining at least one restriction parameter, said at least one parameter indicating a maximum Time Offset value, maxToffset, whereby the at least one restriction parameter restricts the SN to select a UE's SCG configuration such that the maximum UE processing value among the possible values that are specified for a SCG configuration does not exceed maxToffset; and sending, to the SN, said at least one restriction parameter.
A method for determining a Hybrid Automatic Repeat reQuest, HARQ, codebook, comprising: determining, by a terminal device, a target channel group, wherein the target channel group comprises at least one channel, and a first channel in the target channel group corresponds to a first HARQ codebook; and determining, by the terminal device, a target HARQ codebook to be transmitted on a first uplink resource, wherein the first uplink resource is an HARQ feedback resource corresponding to the target channel group, characterized in that when the terminal device determines that the first channel meets a first processing delay, the target HARQ codebook comprises the first HARQ codebook, when the terminal device determines that the first channel does not meet the first processing delay, the target HARQ codebook does not comprise the first HARQ codebook; wherein the first processing delay is determined according to processing capability of the terminal device. determining, by a terminal device, a target channel group, wherein the target channel group comprises at least one channel, and a first channel in the target channel group corresponds to a first HARQ codebook; and determining, by the terminal device, a target HARQ codebook to be transmitted on a first uplink resource, wherein the first uplink resource is an HARQ feedback resource corresponding to the target channel group, characterized in that when the terminal device determines that the first channel meets a first processing delay, the target HARQ codebook comprises the first HARQ codebook, when the terminal device determines that the first channel does not meet the first processing delay, the target HARQ codebook does not comprise the first HARQ codebook; wherein the first processing delay is determined according to processing capability of the terminal device.
Sub-frame for sliding doors made up of at least one upper crossbeam, a lower crossbeam, and at least four vertical mountings parallel and opposite each other two-by-two; the sub-frame being arranged to be fastened to the wall structure to a beam on the structure; and in which the upper crossbeam, includes numerous folded flanges and two side tracks; characterized in that said also comprises a first lower element, a second side element on each side with grooves on the upper and lower part, and at least two hitching elements on the upper part in addition to at least two fastening elements to each side of the said upper crossbeam; and where the lower crossbeam has a triple-U-shaped section, where the side channels are equal and these in tum are narrower than the central channel, the lower crossbeam has numerous holes along its edges, wherein the fastening element, is an elongated shape with a T-shape section and is inlaid in the side tracks by means of the protruding side edges; and wherein the lower crossbeam, the vertical mountings and the fastening elements to which they are screwed form an element movable along the upper crossbeam to adjust the assembly.
A screw compressor (1, 101) comprising: a first meshing body (2, 102) having plural helical flutes (11, 108) around a first rotating shaft (4, 105); and a second meshing body (5, 6, 103) having plural projections or plural lobes around a second rotating shaft (8, 9, 106), wherein the plural helical flutes (11, 108) are arranged to be meshable with the plural projections or the plural lobes, in the circumferential direction of the first rotating shaft (4, 105), wherein the number of the helical flutes (11, 108) has a relationship that it has a common divisor other than 1 with the number of the plural projections or the plural lobes, characterised in that at least one of the projections or at least one of the lobes is arranged non-uniformly with respect to the other projections or the other lobes respectively, by arranging it by changing its angle in the circumferential direction of the second rotating shaft (8, 9, 106), or is arranged non-uniformly by shifting it in a width direction thereof. a first meshing body (2, 102) having plural helical flutes (11, 108) around a first rotating shaft (4, 105); and a second meshing body (5, 6, 103) having plural projections or plural lobes around a second rotating shaft (8, 9, 106), wherein the plural helical flutes (11, 108) are arranged to be meshable with the plural projections or the plural lobes, in the circumferential direction of the first rotating shaft (4, 105), wherein the number of the helical flutes (11, 108) has a relationship that it has a common divisor other than 1 with the number of the plural projections or the plural lobes, characterised in that at least one of the projections or at least one of the lobes is arranged non-uniformly with respect to the other projections or the other lobes respectively, by arranging it by changing its angle in the circumferential direction of the second rotating shaft (8, 9, 106), or is arranged non-uniformly by shifting it in a width direction thereof.