mhurhangee/ep-ind-claims huggingface dataset:
An aisle containment system comprising: a frame having a first end and a second end, two posts positioned at each end, header frames extending a width of the frame and wall beams extending a length of the frame, wherein the header frames and the wall beams are secured to the posts; a plurality of cabinets (50, 60, 70, 80) positioned within the frame; a plurality of adjustable above cabinet blanking panels installed above the plurality of cabinets for filling any openings between the wall beams and the cabinet; and a panel clamp secured to one of the wall beams, wherein the panel clamp has a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end, wherein the secured panel clamp defines a slot between the wall beam and the panel clamp for receiving the above cabinet blanking panels, wherein the second end of the panel clamp has an angled flange, the angled flange receiving a flap seal to seal openings between the above cabinet blanking panels and the panel clamp in the aisle containment system, wherein each above cabinet blanking panel overlaps adjacent above cabinet blanking panels along the length of the frame, the above cabinet blanking panels being arranged to slide to fill any open space between the cabinets and the wall beam. a frame having a first end and a second end, two posts positioned at each end, header frames extending a width of the frame and wall beams extending a length of the frame, wherein the header frames and the wall beams are secured to the posts; a plurality of cabinets (50, 60, 70, 80) positioned within the frame; a plurality of adjustable above cabinet blanking panels installed above the plurality of cabinets for filling any openings between the wall beams and the cabinet; and a panel clamp secured to one of the wall beams, wherein the panel clamp has a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end, wherein the secured panel clamp defines a slot between the wall beam and the panel clamp for receiving the above cabinet blanking panels, wherein the second end of the panel clamp has an angled flange, the angled flange receiving a flap seal to seal openings between the above cabinet blanking panels and the panel clamp in the aisle containment system, wherein each above cabinet blanking panel overlaps adjacent above cabinet blanking panels along the length of the frame, the above cabinet blanking panels being arranged to slide to fill any open space between the cabinets and the wall beam.
A method for protecting a motor vehicle generator from overheating, in which a predetermined limiting characteristic, associated with a base temperature and describing a maximum permissible excitation current (I E) is shifted in response to a determined computed temperature, characterised in that when determining the computed temperature, a static offset is determined in a first step and a dynamic offset is determined in a second step, the static offset is determined in response to the excitation current (I E) and the dynamic offset is determined as a derivation of the excitation current (I E) over time, which is subjected to a delay, wherein the computed temperature is calculated from a measured regulator temperature, the static offset and the dynamic offset.
A tactile sensation providing apparatus comprising: a panel; a tactile sensation providing unit arranged on the panel and configured to vibrate the panel; and a joint structure (30, 31) with respect to a housing, wherein the joint structure (30, 31) is different between a first area in which the tactile sensation providing unit is arranged and a second area other than the first area; wherein the joint structure (30, 31) includes a first joint member attached to the first area and a second joint member attached to the second area, and the spring constant of the first joint member is smaller than the spring constant of the second joint member; characterized in that: the first joint member is a flat plate including a curved portion or a bent portion along the periphery of the panel. a panel; a tactile sensation providing unit arranged on the panel and configured to vibrate the panel; and a joint structure (30, 31) with respect to a housing, wherein the joint structure (30, 31) is different between a first area in which the tactile sensation providing unit is arranged and a second area other than the first area; wherein the joint structure (30, 31) includes a first joint member attached to the first area and a second joint member attached to the second area, and the spring constant of the first joint member is smaller than the spring constant of the second joint member; characterized in that: the first joint member is a flat plate including a curved portion or a bent portion along the periphery of the panel.
Electrical drive for a bicycle, - with an electric motor, which has a drive shaft, - with a driven shaft, which is connected to a driving gear for conjoined rotation in order to couple same with a wheel drive of the bicycle, - with a transmission, which drivingly connects the drive shaft to the driven shaft, characterised in that - the transmission has a driven gear, which is connected in a drive direction of rotation for conjoined rotation with the driven shaft, and at least two output gears, namely a first output gear and a second output gear, which each mesh with the driven gear, offset from one another in the circumferential direction, in order to drive the driven gear. - with an electric motor, which has a drive shaft, - with a driven shaft, which is connected to a driving gear for conjoined rotation in order to couple same with a wheel drive of the bicycle, - with a transmission, which drivingly connects the drive shaft to the driven shaft, - the transmission has a driven gear, which is connected in a drive direction of rotation for conjoined rotation with the driven shaft, and at least two output gears, namely a first output gear and a second output gear, which each mesh with the driven gear, offset from one another in the circumferential direction, in order to drive the driven gear.
An assembly of wave energy converters (WECs) moored to a floor of a body of water characterized by: a plurality of polygonal cells (C1, C2, C3. C4) each having a WEC at a respective cell vertex, each WEC including a float and a spar which move out of phase relative to each other in response to waves for producing electrical energy; one central anchor per cell disposed on the floor of the body of water beneath the centroid of each cell; all the WECs of each said cell being connected via respective mooring lines to the anchor for that cell; each WEC being connected via three mooring lines to three different central anchors; and said cells being disposed in a tessellated pattern of contiguous cells. a plurality of polygonal cells (C1, C2, C3. C4) each having a WEC at a respective cell vertex, each WEC including a float and a spar which move out of phase relative to each other in response to waves for producing electrical energy; one central anchor per cell disposed on the floor of the body of water beneath the centroid of each cell; all the WECs of each said cell being connected via respective mooring lines to the anchor for that cell; each WEC being connected via three mooring lines to three different central anchors; and said cells being disposed in a tessellated pattern of contiguous cells.
A static structure (44; 144) for a gas turbine engine, comprising: at least one airfoil that extends between an inner platform and an outer platform; and at least one seal land (70; 170) that extends from one of said inner platform and said outer platform, wherein said at least one seal land (70; 170) includes a radially outer surface, a radially inner surface (90; 190) and a notch circumferentially disposed between said radially outer surface and said radially inner surface (90; 190), characterised in that: the at least one seal land includes at least one relief slot. at least one airfoil that extends between an inner platform and an outer platform; and at least one seal land (70; 170) that extends from one of said inner platform and said outer platform, wherein said at least one seal land (70; 170) includes a radially outer surface, a radially inner surface (90; 190) and a notch circumferentially disposed between said radially outer surface and said radially inner surface (90; 190), characterised in that: the at least one seal land includes at least one relief slot. the at least one seal land includes at least one relief slot.
An electronic device, comprising: a housing having a rear surface; a display mounted in the housing; a button adjacent the display; and a backlight assembly configured to provide backlight illumination for the display, wherein the backlight assembly includes: a light guide plate having a surface from which the backlight illumination is provided to the display and having an edge into which light is launched to form the backlight illumination, a light guide structure coupled to the edge of the light guide plate, and a plurality of light sources coupled to the light guide structure, wherein the light guide structure is configured to guide the light from the light sources to the edge of the light guide plate via total internal reflection, wherein the light guide structure comprises opposing upper and lower curved surfaces that curve away from the button to accommodate the button, and wherein at least one of the light sources is interposed between the button and the rear surface of the housing. a housing having a rear surface; a display mounted in the housing; a button adjacent the display; and a backlight assembly configured to provide backlight illumination for the display, wherein the backlight assembly includes: a light guide plate having a surface from which the backlight illumination is provided to the display and having an edge into which light is launched to form the backlight illumination, a light guide structure coupled to the edge of the light guide plate, and a plurality of light sources coupled to the light guide structure, wherein the light guide structure is configured to guide the light from the light sources to the edge of the light guide plate via total internal reflection, wherein the light guide structure comprises opposing upper and lower curved surfaces that curve away from the button to accommodate the button, and wherein at least one of the light sources is interposed between the button and the rear surface of the housing. a light guide plate having a surface from which the backlight illumination is provided to the display and having an edge into which light is launched to form the backlight illumination, a light guide structure coupled to the edge of the light guide plate, and a plurality of light sources coupled to the light guide structure, wherein the light guide structure is configured to guide the light from the light sources to the edge of the light guide plate via total internal reflection, wherein the light guide structure comprises opposing upper and lower curved surfaces that curve away from the button to accommodate the button, and wherein at least one of the light sources is interposed between the button and the rear surface of the housing.
Pellets of a flame retardant long glass fibre reinforced polypropylene composition having a core containing glass fibres and an impregnating agent, wherein the impregnating agent is present in an amount from 0.5 to 7 wt.% based on the total weight of the flame retardant long glass fibre reinforced polypropylene composition, and a sheath of a polypropylene compound comprising a flame retardant composition and surrounding said core, wherein the flame retardant composition comprises a mixture of (i) an organic phosphate compound that includes piperazine pyrophosphate, piperazine polyphosphate and combinations thereof; (ii) an organic phosphoric acid compound that includes melamine pyrophosphate, melamine polyphosphates, melamine phosphate and combinations thereof; and (iii) zinc oxide, said pellets having a UL94 - V0 rating at 1.6mm thickness, wherein the amount of flame retardant composition is selected according to the following formula FR ≥ 0.5 × GF + 5 wherein, GF = amount of glass fibre in wt.% FR = amount of flame retardant composition in wt.% provided the amount of glass fibres is at least 15 wt.%, preferably in the range of 20 - 40 wt.%. (i) an organic phosphate compound that includes piperazine pyrophosphate, piperazine polyphosphate and combinations thereof; (ii) an organic phosphoric acid compound that includes melamine pyrophosphate, melamine polyphosphates, melamine phosphate and combinations thereof; and (iii) zinc oxide, said pellets having a UL94 - V0 rating at 1.6mm thickness, wherein the amount of flame retardant composition is selected according to the following formula FR ≥ 0.5 × GF + 5 wherein, GF = amount of glass fibre in wt.% FR = amount of flame retardant composition in wt.% provided the amount of glass fibres is at least 15 wt.%, preferably in the range of 20 - 40 wt.%. GF = amount of glass fibre in wt.% FR = amount of flame retardant composition in wt.% provided the amount of glass fibres is at least 15 wt.%, preferably in the range of 20 - 40 wt.%.
An electronic apparatus comprising: a communicator; and a processor configured to: receive multimedia data, including audio data, from an external device through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server, the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information. a communicator; and a processor configured to: receive multimedia data, including audio data, from an external device through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server, the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information. receive multimedia data, including audio data, from an external device through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server, the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information.
An accident report device for reporting accident information to a predetermined report destination in a case where a vehicle is involved in an accident, comprising: an image acquiring unit configured to acquire an image acquired by at least one vehicle-mounted camera mounted on the vehicle; an information acquiring unit configured to acquire information related to the vehicle, characterized in that the information acquiring unit is configured to acquire information related to an impact applied to the vehicle; and an image control unit configured to control a terminal of the report destination such that the terminal displays a synthetic image generated in response to the impact applied to the vehicle and based on the image, the synthetic image showing: an area surrounding the vehicle, an image of the external appearance of the vehicle as seen from a virtual viewpoint, and a mark indicating a collision position on the vehicle related to the impact. an image acquiring unit configured to acquire an image acquired by at least one vehicle-mounted camera mounted on the vehicle; an information acquiring unit configured to acquire information related to the vehicle,
A base station comprising: a transmission unit which, in operation, transmits information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a reception unit which, in operation, repeatedly receives the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein a subframe in a defined number of subframes after a subframe in which the information has been transmitted is identified as the second subframe, and the second subframe is set as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same. a transmission unit which, in operation, transmits information indicating a first subframe at which repetition transmission of a Scheduling Request, SR, starts and a second subframe at which repetition transmission of an Acknowledgement/Negative Acknowledgement, ACK/NACK, for a downlink data signal starts; and a reception unit which, in operation, repeatedly receives the SR using a first certain number of consecutive subframes starting at the first subframe and the ACK/NACK using at least the first certain number of consecutive subframes starting at the second subframe, wherein a subframe in a defined number of subframes after a subframe in which the information has been transmitted is identified as the second subframe, and the second subframe is set as the first subframe, and wherein a number of repetitions predetermined for the ACK/NACK and a number of repetitions predetermined for the SR are the same.
Process for the catalytic epoxidation of olefins, wherein one or more nitrogen containing compounds are introduced at some stage of the process, by (i) reacting an olefin with hydrogen peroxide in the presence of a titanium containing zeolite catalyst and a polar solvent, (ii) recovering a stream comprising the polar solvent from the reaction product of step i), (iii) treating the stream recovered in step ii) to contain less than 50 wppm nitrogen in the form of organic nitrogen compounds and (iv) recycling at least part of the treated stream of step iii) to the epoxidation step i). (i) reacting an olefin with hydrogen peroxide in the presence of a titanium containing zeolite catalyst and a polar solvent, (ii) recovering a stream comprising the polar solvent from the reaction product of step i), (iii) treating the stream recovered in step ii) to contain less than 50 wppm nitrogen in the form of organic nitrogen compounds and (iv) recycling at least part of the treated stream of step iii) to the epoxidation step i).
A system for detecting an ineffective effort of a patient being mechanically ventilated by a ventilator comprising: (i) means for monitoring a respiratory flow of air of the patient after said ventilator has cycled and before it next triggers; (ii) means for creating a signal indicative of said flow; characterized in that the system further comprises: iii) means for determining a peak expiratory flow of the patient; iv) means for monitoring said signal for perturbations; and v) means for classifying perturbations to distinguish ineffective efforts from other events and; wherein the means for classifying perturbations includes means for detecting a local maximum and means for detecting a significant declivity, the local maximum detected based on the first derivative of flow, the significant declivity determined to have occurred when the second derivative of flow is greater than a negative threshold. (i) means for monitoring a respiratory flow of air of the patient after said ventilator has cycled and before it next triggers; (ii) means for creating a signal indicative of said flow; characterized in that the system further comprises: iii) means for determining a peak expiratory flow of the patient; iv) means for monitoring said signal for perturbations; and v) means for classifying perturbations to distinguish ineffective efforts from other events and; wherein the means for classifying perturbations includes means for detecting a local maximum and means for detecting a significant declivity, the local maximum detected based on the first derivative of flow, the significant declivity determined to have occurred when the second derivative of flow is greater than a negative threshold. iii) means for determining a peak expiratory flow of the patient; iv) means for monitoring said signal for perturbations; and v) means for classifying perturbations to distinguish ineffective efforts from other events and;
A peptide that inhibits the interaction of CD40 protein with CD154 protein in such a manner as to inhibit the activation of a T-cell expressing said CD40 protein, wherein said peptide binds the CD40 protein at the CD154-binding site, wherein said peptide is less than 25 amino acids in length and comprises or consists of an amino acid sequence selected from the group consisting of SEQ ID NO:4 and SEQ ID NO:9.
A method of operating a first radio terminal having an adjustable transmit power level for the transmission of data, comprising: the first radio terminal adopting a first behaviour according to which the maximum permitted transmit power level is adjusted in response to first commands received and is not adjusted in response to second group commands received, wherein said first commands comprising a primary address associated only with the first radio terminal, and said second commands comprising a secondary address associated to a group of a plurality of radio terminals including the first radio terminal; the first radio terminal adopting a second behaviour according to which the maximum permitted transmit power level is adjusted in response to the second group commands received; the method being characterized in that it further comprises the step of, upon reception of a first command resulting in the maximum permitted transmit power level being less than a predetermined threshold, transferring from the first behaviour to the second behaviour and setting the initial maximum permitted transmit power level in the second behaviour in accordance with the last-received second group command. the first radio terminal adopting a first behaviour according to which the maximum permitted transmit power level is adjusted in response to first commands received and is not adjusted in response to second group commands received, wherein said first commands comprising a primary address associated only with the first radio terminal, and said second commands comprising a secondary address associated to a group of a plurality of radio terminals including the first radio terminal; the first radio terminal adopting a second behaviour according to which the maximum permitted transmit power level is adjusted in response to the second group commands received; the method being characterized in that it further comprises the step of, upon reception of a first command resulting in the maximum permitted transmit power level being less than a predetermined threshold, transferring from the first behaviour to the second behaviour and setting the initial maximum permitted transmit power level in the second behaviour in accordance with the last-received second group command.