mhurhangee/ep-ind-claims huggingface dataset:
A seat characterized in that said seat comprises as the surface material a material composed of a three-dimensional knitted material comprising a front-back two-layered knitted fabric having a front layer and a back layer and a connecting yarn connecting layers of the front-back two-layered knitted fabric, wherein the three-dimensional knitted material is knitted with a double Raschel warp knitting machine and includes a recessed deformation portion on a front layer side, and a parameter A calculated by the following formula: parameter A = course density (courses/2.54 cm) × recessed deformation portion thickness (mm)/fabric thickness (mm) is 6 or greater and 36 or less, wherein the recessed deformation portion is a thin portion formed on the surface of the three-dimensional knitted fabric by heat or pressure causing plastic deformation and fusion of fibers or by embroidery or sewing, wherein the recessed deformation portion thickness is measured using a thickness gauge under a pressure of 0.7 kPa, whereby said pressure is applied only to the recessed deformation portion, and, when the three-dimensional knitted material includes a plurality of recessed deformation portions having different thicknesses, or when the thickness varies depending on the position on a recessed deformation portion, the thickness of the recessed portion is that at a portion where the thickness is the smallest, and wherein the fabric thickness is the thickness measured using a thickness gauge under a pressure of 0.7 kPa at a portion where the thickness of the three-dimensional knitted material is the largest. wherein the recessed deformation portion is a thin portion formed on the surface of the three-dimensional knitted fabric by heat or pressure causing plastic deformation and fusion of fibers or by embroidery or sewing, wherein the recessed deformation portion thickness is measured using a thickness gauge under a pressure of 0.7 kPa, whereby said pressure is applied only to the recessed deformation portion, and, when the three-dimensional knitted material includes a plurality of recessed deformation portions having different thicknesses, or when the thickness varies depending on the position on a recessed deformation portion, the thickness of the recessed portion is that at a portion where the thickness is the smallest, and wherein the fabric thickness is the thickness measured using a thickness gauge under a pressure of 0.7 kPa at a portion where the thickness of the three-dimensional knitted material is the largest.
Energy charging device for energy storage equipment on board a vehicle, comprising at least one energy supply device outside the vehicle, at least one energy collector (11, 11') designed to be fixed on the vehicle, and at least one flexible conductive material, characterized in that: - the energy supply device and the energy collector (11, 11') are of the type wherein each has at least one surface capable of being brought into contact with each other in the absence of the flexible conductive material, - the flexible conductive material is interposed between the two surfaces to form a surface contact allowing the transfer of energy between the energy collector (11, 11') and the energy supply device through the surface of the flexible conductive material. - the energy supply device and the energy collector (11, 11') are of the type wherein each has at least one surface capable of being brought into contact with each other in the absence of the flexible conductive material, - the flexible conductive material is interposed between the two surfaces to form a surface contact allowing the transfer of energy between the energy collector (11, 11') and the energy supply device through the surface of the flexible conductive material.
A band clamp for fastening the shielding of a cable to a tube, the cable having a conductor, an insulation surrounding the conductor and an outer shielding, wherein: the band clamp is made from steel and is provided with a coating inhibiting corrosion between the band clamp and the tube or shielding, characterised in that the coating comprises a Zinc layer, which is a thermally diffused layer or a flake coating layer and is passivated by a Zinc oxide layer, and the coating comprises a top coat applied over the Zinc layer, the top coat comprising a polymer or synthetic resin layer. the band clamp is made from steel and is provided with a coating inhibiting corrosion between the band clamp and the tube or shielding, characterised in that the coating comprises a Zinc layer, which is a thermally diffused layer or a flake coating layer and is passivated by a Zinc oxide layer, and the coating comprises a top coat applied over the Zinc layer, the top coat comprising a polymer or synthetic resin layer.
Method for stabilising a detected unstable driving condition of a motor vehicle, wherein a force is applied to the steering wheel by means of an actuator, which force makes it difficult to turn the steering wheel in a direction that would cause further destabilisation of the driving condition, characterised in that the steering wheel is blocked by the actuator from turning in a direction that would effect a further destabilisation of the driving condition of the motor vehicle.
A device for securing a dental implant to the bone tissue of a patient using a surgical template provided with a hole, the device comprising: a) a guide sleeve, the guide sleeve having a first end, the guide sleeve having an internal thread; b) a holder for the dental implant, the holder having dimensions that fit the guide sleeve such that the holder may be inserted into the guide sleeve, the holder comprising a screw having an external thread that is complementary in shape to the internal thread of the guide sleeve such that the screw may cooperate with the guide sleeve, and the holder further having a first end provided with a limit stop designed to cooperate with the guide sleeve such that the holder may be inserted, at the most, a predetermined distance into the guide sleeve and the holder having a second end arranged to releasably secure a dental implant to be secured in the bone tissue of the patient; characterized in that the first end comprises an interlock portion for locking with an interlock portion of a hole of the surgical template against rotation. a) a guide sleeve, the guide sleeve having a first end, the guide sleeve having an internal thread; b) a holder for the dental implant, the holder having dimensions that fit the guide sleeve such that the holder may be inserted into the guide sleeve, the holder comprising a screw having an external thread that is complementary in shape to the internal thread of the guide sleeve such that the screw may cooperate with the guide sleeve, and the holder further having a first end provided with a limit stop designed to cooperate with the guide sleeve such that the holder may be inserted, at the most, a predetermined distance into the guide sleeve and the holder having a second end arranged to releasably secure a dental implant to be secured in the bone tissue of the patient;
A plastics material transformation plant comprising: - a transformation machine which is provided to transform the plastics material by means of moulding or extrusion, - a feeding hopper which is positioned upstream of the transformation machine in order to supply the plastics material to the transformation machine, and - a metering device for liquid additives which is provided to add a liquid additive to the transformation machine, the metering device comprising: - a container in which the liquid additive is contained, - a metering pump which is connected to the container in order to take the liquid additive and to supply it to the transformation machine, and characterized in that - the metering device comprises a thermo-regulation system of the liquid additive which is arranged to maintain the temperature of the liquid additive in a range of 2°C more or 2°C less than a predetermined temperature value, - the thermo-regulation system is associated with the container in order to maintain the temperature of the liquid additive in the predetermined temperature range inside the container, - the thermo-regulation system comprises a heating element, a temperature sensor and a controller which is associated with the temperature sensor and with the heating element in order to activate or deactivate the heating element in accordance with the temperature value detected by the temperature sensor, and in that - the liquid additive is a dye. - a transformation machine which is provided to transform the plastics material by means of moulding or extrusion, - a feeding hopper which is positioned upstream of the transformation machine in order to supply the plastics material to the transformation machine, and - a metering device for liquid additives which is provided to add a liquid additive to the transformation machine, - a container in which the liquid additive is contained, - a metering pump which is connected to the container in order to take the liquid additive and to supply it to the transformation machine, and characterized in that - the metering device comprises a thermo-regulation system of the liquid additive which is arranged to maintain the temperature of the liquid additive in a range of 2°C more or 2°C less than a predetermined temperature value, - the thermo-regulation system is associated with the container in order to maintain the temperature of the liquid additive in the predetermined temperature range inside the container, - the thermo-regulation system comprises a heating element, a temperature sensor and a controller which is associated with the temperature sensor and with the heating element in order to activate or deactivate the heating element in accordance with the temperature value detected by the temperature sensor, and in that - the liquid additive is a dye.
A dialkyl sulfide represented by general formula below in the formula, R 1 and R 2 each independently represent an alkyl group, and n is an integer, wherein the content of a compound having an n value of 1 in the general formula is 10.0% by mass or less relative to the total amount of compounds represented by the general formula, the total of the content of a compound having an n value of 2 in the general formula, the content of a compound having an n value of 3, and the content of a compound having an n value of 4 is 50.0% to 70.0% by mass relative to the total amount of compounds represented by the general formula, and the total of the content of a compound having an n value of 5 in the general formula, the content of a compound having an n value of 6, the content of a compound having an n value of 7, and the content of a compound having an n value of 8 is 30.0% to 40.0% by mass relative to the total amount of compounds represented by the general formula. in the formula, R 1 and R 2 each independently represent an alkyl group, and n is an integer, wherein the content of a compound having an n value of 1 in the general formula is 10.0% by mass or less relative to the total amount of compounds represented by the general formula, the total of the content of a compound having an n value of 2 in the general formula, the content of a compound having an n value of 3, and the content of a compound having an n value of 4 is 50.0% to 70.0% by mass relative to the total amount of compounds represented by the general formula, and the total of the content of a compound having an n value of 5 in the general formula, the content of a compound having an n value of 6, the content of a compound having an n value of 7, and the content of a compound having an n value of 8 is 30.0% to 40.0% by mass relative to the total amount of compounds represented by the general formula.
An anchor post comprising: (a) a shaft having a head end and a closed end, the shaft having a cavity configured to receive a drive rod within said shaft, the shaft configured to connect to a load post; (b) at least one stabilising element attached to the anchor post configured to resist movement of the anchor post; and (c) at least a first alignment element that is connected to the head end of the shaft and that is configured to connect to at least one load post. (a) a shaft having a head end and a closed end, the shaft having a cavity configured to receive a drive rod within said shaft, the shaft configured to connect to a load post; (b) at least one stabilising element attached to the anchor post configured to resist movement of the anchor post; and (c) at least a first alignment element that is connected to the head end of the shaft and that is configured to connect to at least one load post.
Beer and beer-based beverages containing lignans characterized by the fact that beer and beer-based beverages contain 1 to 200 mg of lignans per litre of beverage.
Device for drying, in particular for prior cleaning, rinsing and subsequent drying, of essentially flat objects, including a housing forming a process chamber, which comprises at least one drying air inlet and at least one drying air outlet, with at least one heating device and with at least one air conveying device, wherein at least one heating device is provided in the area of a drying area inlet, that a further drying air inlet is provided, by means of which ambient air can be conducted into the process chamber, bypassing the heating device, in particular by suction, that, following on from these two drying air inlets (5, 6), a mixing area is provided, in which the ambient air sucked in through the further drying air inlet and the hot air heated by the heating device is mixed with the drying air, and that, arranged in at least one drying air outlet and/or in at least one of the two drying air outlet inlets (5, 6), is an air conveying device, formed as a suction fan or as a blow-in fan, for suctioning out the drying air or for blowing in the hot air or the ambient air respectively, characterized in that the drying air inlet for the hot air and the further drying air inlet for the ambient air are merged to one unit, wherein these two drying air inlets (5, 6) are arranged coaxially.
A bi-specific fusion protein comprising: (a) a targeting domain having a binding specificity to a target molecule associated with a damaged cell of a tissue, wherein the target molecule is phosphatidylserine and wherein the targeting domain is selected from the group consisting of annexin V, synaptotagmin I, lactadherin, T cell immunoglobulin mucin-1, T cell immunoglobulin mucin-4, and anti-phosphatidylserine antibody; and (b) an activator domain having a binding specificity to a growth factor receptor associated with the surface of the cell in the tissue, wherein the activator domain is selected from the group consisting of neuregulin-1, insulin-like growth factor, hepatocyte growth factor, and a portion or derivative thereof, wherein upon exposure of the activator domain to the growth factor receptor, the activator domain binds the growth factor receptor so as to promote survival of the tissue or stem cell differentiation. (a) a targeting domain having a binding specificity to a target molecule associated with a damaged cell of a tissue, wherein the target molecule is phosphatidylserine and wherein the targeting domain is selected from the group consisting of annexin V, synaptotagmin I, lactadherin, T cell immunoglobulin mucin-1, T cell immunoglobulin mucin-4, and anti-phosphatidylserine antibody; and (b) an activator domain having a binding specificity to a growth factor receptor associated with the surface of the cell in the tissue, wherein the activator domain is selected from the group consisting of neuregulin-1, insulin-like growth factor, hepatocyte growth factor, and a portion or derivative thereof,
A reproduction device (51, 121, 161) comprising: a decoding unit (61, 132, 133) configured to decode encoded metadata, encoded audio data and encoded video data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a data processing unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information; wherein, in the plurality of pieces of zoom area information, the zoom area information designating the area for each type of reproduction target equipment is included; and wherein the zoom area selecting unit selects the zoom area information on the basis of information relating to the reproduction device. a decoding unit (61, 132, 133) configured to decode encoded metadata, encoded audio data and encoded video data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a data processing unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information; wherein, in the plurality of pieces of zoom area information, the zoom area information designating the area for each type of reproduction target equipment is included; and wherein the zoom area selecting unit selects the zoom area information on the basis of information relating to the reproduction device.
An article of footwear, comprising: a sole including a midsole, an outsole and a forefoot portion, the forefoot portion further including a central portion and a peripheral portion disposed outwards from the central portion; wherein the midsole includes an outrigger portion which is disposed on the peripheral portion and extends outward from the peripheral portion; and wherein the outrigger portion is separated from the central portion by a flex groove, characterized in that the outrigger portion is disposed either on a lateral side of the forefoot portion or on a medial side of the forefoot portion, the outrigger portion includes an outrigger edge being associated with a lower portion of the midsole, which outrigger edge extends further outward in a substantially lateral direction than a portion of an upper portion of the midsole associated with the outrigger portion; the flex groove includes a first end portion disposed on an outer peripheral edge of the peripheral portion and a second end portion disposed on the outer peripheral edge; and the outrigger edge of the outrigger portion is disposed between the first end portion and the second end portion on the outer peripheral edge. a sole including a midsole, an outsole and a forefoot portion, the forefoot portion further including a central portion and a peripheral portion disposed outwards from the central portion; wherein the midsole includes an outrigger portion which is disposed on the peripheral portion and extends outward from the peripheral portion; and wherein the outrigger portion is separated from the central portion by a flex groove, characterized in that the outrigger portion is disposed either on a lateral side of the forefoot portion or on a medial side of the forefoot portion, the outrigger portion includes an outrigger edge being associated with a lower portion of the midsole, which outrigger edge extends further outward in a substantially lateral direction than a portion of an upper portion of the midsole associated with the outrigger portion; the flex groove includes a first end portion disposed on an outer peripheral edge of the peripheral portion and a second end portion disposed on the outer peripheral edge; and the outrigger edge of the outrigger portion is disposed between the first end portion and the second end portion on the outer peripheral edge.
A hydraulic shock absorber comprising: an inner housing portion slidably coupled to an outer housing portion to define a variable size chamber for containing shock absorber fluid; and a dynamic seal having a sealing face adjacent to the inner housing portion for confining shock absorber fluid to the chamber, wherein the dynamic seal is mounted within an annulus between adjacent surfaces of the inner and outer housing portions which varies in size in accordance with the extension state of the shock absorber, wherein the shock absorber fluid comprises a colloidal suspension of inorganic particles in liquid, the colloidal suspension comprising 1 - 25 % by weight inorganic particles. an inner housing portion slidably coupled to an outer housing portion to define a variable size chamber for containing shock absorber fluid; and a dynamic seal having a sealing face adjacent to the inner housing portion for confining shock absorber fluid to the chamber, wherein the dynamic seal is mounted within an annulus between adjacent surfaces of the inner and outer housing portions which varies in size in accordance with the extension state of the shock absorber, wherein the shock absorber fluid comprises a colloidal suspension of inorganic particles in liquid, the colloidal suspension comprising 1 - 25 % by weight inorganic particles.
A method for the automated analysis of a digital image comprising an array of pixels, including the successive steps of: (a) identifying the locations of objects within the image which have specified intensity and size characteristics; and (b) deriving respective boundaries for respective such objects; characterised by the further steps of: (c) assigning probabilities that respective objects are members of a specified class based on statistics representing at least a feature of the shapes of their respective derived boundaries; and (d) calculating a measure of the variability of at least the areas enclosed by said derived boundaries, wherein said measure is the standard deviation of the areas enclosed by said derived boundaries weighted in accordance with the respective said probabilities; and (e) converting said measure to a cancer points score. (a) identifying the locations of objects within the image which have specified intensity and size characteristics; and (b) deriving respective boundaries for respective such objects; (c) assigning probabilities that respective objects are members of a specified class based on statistics representing at least a feature of the shapes of their respective derived boundaries; and (d) calculating a measure of the variability of at least the areas enclosed by said derived boundaries, wherein said measure is the standard deviation of the areas enclosed by said derived boundaries weighted in accordance with the respective said probabilities; and (e) converting said measure to a cancer points score.