mhurhangee/ep-ind-claims huggingface dataset:
An iron golf club head comprising: a head member having a hitting surface and a back surface located opposite to the hitting surface; and a badge member having an opposed surface facing the back surface and connected to the back surface, and an exposed surface located opposite to the opposed surface and exposed to the outside, the badge member including a resin plate having the opposed surface and made of a resin material, and a metal plate having the exposed surface and made of a metal material, the resin plate being provided with a plurality of recesses recessed toward the opposed surface, the plurality of recesses being arranged side by side in a first direction from a heel of the iron golf club head to a toe (lOd) thereof, the width of each of the plurality of recesses in the first direction being smaller than the width of each of the plurality of recesses in a second direction from a top edge of the iron golf club head to a leading edge thereof, and a ratio V/S of a volume V expressed in mm 3 of the badge member to an area S expressed in mm 2 of the opposed surface being 4.0 mm 3 per mm 2 or more and 10.0 mm 3 per mm 2 or less. a head member having a hitting surface and a back surface located opposite to the hitting surface; and a badge member having an opposed surface facing the back surface and connected to the back surface, and an exposed surface located opposite to the opposed surface and exposed to the outside, the badge member including a resin plate having the opposed surface and made of a resin material, and a metal plate having the exposed surface and made of a metal material, the resin plate being provided with a plurality of recesses recessed toward the opposed surface, the plurality of recesses being arranged side by side in a first direction from a heel of the iron golf club head to a toe (lOd) thereof, the width of each of the plurality of recesses in the first direction being smaller than the width of each of the plurality of recesses in a second direction from a top edge of the iron golf club head to a leading edge thereof, and a ratio V/S of a volume V expressed in mm 3 of the badge member to an area S expressed in mm 2 of the opposed surface being 4.0 mm 3 per mm 2 or more and 10.0 mm 3 per mm 2 or less.
Method for checking the plausibility of a sensor signal from a single-track vehicle, comprising the following steps of: - estimating transmission ratios between a wheel speed of a wheel and a cadence of a pedal of a pedal unit and/or a drive speed of a drive of the single-track vehicle at multiple points in time, characterized by the following steps of: - determining a value of a reliability indicator based on the estimated transmission ratios, the value of the reliability indicator being determined on the basis of a statistical characteristic variable of the estimated transmission ratios and/or a histogram of the estimated transmission ratios, - checking the plausibility of the sensor signal by comparing the value of the reliability indicator with a threshold value, the threshold value corresponding to a maximum permissible value of the reliability indicator. - estimating transmission ratios between a wheel speed of a wheel and a cadence of a pedal of a pedal unit and/or a drive speed of a drive of the single-track vehicle at multiple points in time, characterized by the following steps of: - determining a value of a reliability indicator based on the estimated transmission ratios, the value of the reliability indicator being determined on the basis of a statistical characteristic variable of the estimated transmission ratios and/or a histogram of the estimated transmission ratios, - checking the plausibility of the sensor signal by comparing the value of the reliability indicator with a threshold value, the threshold value corresponding to a maximum permissible value of the reliability indicator. - determining a value of a reliability indicator based on the estimated transmission ratios, the value of the reliability indicator being determined on the basis of a statistical characteristic variable of the estimated transmission ratios and/or a histogram of the estimated transmission ratios, - checking the plausibility of the sensor signal by comparing the value of the reliability indicator with a threshold value, the threshold value corresponding to a maximum permissible value of the reliability indicator.
A knitted component comprising: (a) a first knitted layer, comprising a knitted first portion with a first linear loop density along a first direction, a knitted second portion with a second linear loop density along the first direction, wherein the second linear loop density is greater than the first linear loop density; (b) a second knitted layer, comprising a knitted third portion with a third linear loop density along a second direction, a knitted fourth portion with a fourth linear loop density along the second direction; wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer is connected to the second knitted layer over substantially the entire surface that forms the interface between the first knitted layer and the second knitted layer, characterised in that the knitted component is weft knitted. (a) a first knitted layer, comprising a knitted first portion with a first linear loop density along a first direction, a knitted second portion with a second linear loop density along the first direction, wherein the second linear loop density is greater than the first linear loop density; a knitted first portion with a first linear loop density along a first direction, a knitted second portion with a second linear loop density along the first direction, wherein the second linear loop density is greater than the first linear loop density; (b) a second knitted layer, comprising a knitted third portion with a third linear loop density along a second direction, a knitted fourth portion with a fourth linear loop density along the second direction; wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer is connected to the second knitted layer over substantially the entire surface that forms the interface between the first knitted layer and the second knitted layer, characterised in that the knitted component is weft knitted. a knitted third portion with a third linear loop density along a second direction, a knitted fourth portion with a fourth linear loop density along the second direction; wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer is connected to the second knitted layer over substantially the entire surface that forms the interface between the first knitted layer and the second knitted layer, characterised in that the knitted component is weft knitted.
A surgical instrument (130, 200, 300), comprising: a chassis (211, 320, 1120, 1220); a shaft (132, 222, 312, 331, 452, 552, 1112, 1212, 1410) comprising a proximal end and a distal end, wherein the shaft is coupled to the chassis at the proximal end of the shaft; an end effector (220, 314, 1300, 1400) coupled to the shaft at the distal end of the shaft; a force transmission mechanism (110, 134, 210, 310, 1110, 1210) coupled to the chassis, the force transmission mechanism comprising a worm drive (330, 730, 1130, 1230) and a lever arm (340, 1240), the lever arm comprising a first end (341, 441, 541, 641, 841, 941) and a follower member (342, 450, 550, 650, 842, 942, 1242) at the first end of the lever arm, wherein the follower member is engaged with the worm drive and is configured to be driven by the worm drive; wherein the lever arm comprises a second end (343, 1043) opposite the first end of the lever arm, and wherein the lever arm has a fulcrum at the second end; and an actuation element (242, 244, 316, 1016, 1116, 1216, 1420) operably coupling the lever arm to the end effector, wherein the actuation element is coupled to the lever arm at a position on the lever arm located between the fulcrum and the follower member, and wherein the actuation element extends through the shaft; wherein rotational movement of the worm drive imparts translational movement to the actuation element via the lever arm. a chassis (211, 320, 1120, 1220); a shaft (132, 222, 312, 331, 452, 552, 1112, 1212, 1410) comprising a proximal end and a distal end, wherein the shaft is coupled to the chassis at the proximal end of the shaft; an end effector (220, 314, 1300, 1400) coupled to the shaft at the distal end of the shaft; a force transmission mechanism (110, 134, 210, 310, 1110, 1210) coupled to the chassis, the force transmission mechanism comprising a worm drive (330, 730, 1130, 1230) and a lever arm (340, 1240), the lever arm comprising a first end (341, 441, 541, 641, 841, 941) and a follower member (342, 450, 550, 650, 842, 942, 1242) at the first end of the lever arm, wherein the follower member is engaged with the worm drive and is configured to be driven by the worm drive; wherein the lever arm comprises a second end (343, 1043) opposite the first end of the lever arm, and wherein the lever arm has a fulcrum at the second end; and an actuation element (242, 244, 316, 1016, 1116, 1216, 1420) operably coupling the lever arm to the end effector, wherein the actuation element is coupled to the lever arm at a position on the lever arm located between the fulcrum and the follower member, and wherein the actuation element extends through the shaft; wherein rotational movement of the worm drive imparts translational movement to the actuation element via the lever arm.
Method for defining a target deceleration for an ego vehicle, wherein the method comprises: - determining at least one motional variable of a vehicle ahead; - determining a braking time (Object_Time_to Stillstand) and a braking distance (Object_Distance_to Stillstand) based on the motional variable which the vehicle ahead would respectively need in order to come to a standstill; - determining for the ego vehicle a braking time (Ego_Time_to Stillstand) that would be needed in order to come to a standstill at the latest at the same position as the vehicle ahead when the latter has travelled the braking distance (Object_Distance_to Stillstand); - determining a relationship of the braking times (Object_Time_to Stillstand, Ego_Time_to Stillstand) of the vehicle ahead and the ego vehicle; - defining a target deceleration (D req,stop) for the ego vehicle based on the determined relationship of the braking times (Object_Time_to Stillstand, Ego_Time_to Stillstand); wherein, when the braking time (Object_Time _to Stillstand) of the vehicle ahead is greater than that of the ego vehicle, a first target deceleration (D req,D) is selected, and wherein, when the braking time (Ego_Time_to Stillstand) of the vehicle ahead is smaller than that of the ego vehicle, a second target deceleration (D req,stop) is selected. - determining at least one motional variable of a vehicle ahead; - determining a braking time (Object_Time_to Stillstand) and a braking distance (Object_Distance_to Stillstand) based on the motional variable which the vehicle ahead would respectively need in order to come to a standstill; - determining for the ego vehicle a braking time (Ego_Time_to Stillstand) that would be needed in order to come to a standstill at the latest at the same position as the vehicle ahead when the latter has travelled the braking distance (Object_Distance_to Stillstand); - determining a relationship of the braking times (Object_Time_to Stillstand, Ego_Time_to Stillstand) of the vehicle ahead and the ego vehicle; - defining a target deceleration (D req,stop) for the ego vehicle based on the determined relationship of the braking times (Object_Time_to Stillstand, Ego_Time_to Stillstand);
A filter syringe comprising: a protruding part formed at a front end of a cylinder of a syringe body detachably provided thereon with a syringe needle fixing member to which a syringe needle is installed; an inserting part formed at a back end of the protruding part so that the inserting part is positioned between the protruding part and the front end of the cylinder; a rib part protruding from an inner wall of the inserting part in a predetermined length to form a flow path; a stepping surface formed at an upper end of the rib part; and a filter part, which is inserted into the inserting part, including a filter cover and a filter, wherein the filter cover has a predetermined length and includes a body having an inner space so that the filter cover is closely adhered to the inner wall of the inserting part of the cylinder of the syringe body, a check wing formed at an end of the body, protruding to an outer circumference of the body, and seated on the step surface of the rib part, and a check valve formed by a stepping part at a center of an opposite end of the body, and the filter having a cup shape is inserted into the inner space of the filter cover so that the filter is fixedly coupled to the filter cover while closely adhering to the filter cover, wherein, when liquid medicine is suctioned through the syringe needle, the flow path is opened while the check wing is pushed out, and when the liquid medicine is injected, the check wing blocks the flow path by a pressing force, forcing the liquid medicine to flow through the check valve and the filter. a protruding part formed at a front end of a cylinder of a syringe body detachably provided thereon with a syringe needle fixing member to which a syringe needle is installed; an inserting part formed at a back end of the protruding part so that the inserting part is positioned between the protruding part and the front end of the cylinder; a rib part protruding from an inner wall of the inserting part in a predetermined length to form a flow path; a stepping surface formed at an upper end of the rib part; and a filter part, which is inserted into the inserting part, including a filter cover and a filter, wherein the filter cover has a predetermined length and includes a body having an inner space so that the filter cover is closely adhered to the inner wall of the inserting part of the cylinder of the syringe body, a check wing formed at an end of the body, protruding to an outer circumference of the body, and seated on the step surface of the rib part, and a check valve formed by a stepping part at a center of an opposite end of the body, and the filter having a cup shape is inserted into the inner space of the filter cover so that the filter is fixedly coupled to the filter cover while closely adhering to the filter cover,
A key generation device comprising: a calculating unit configured to calculate a key length; a determining unit configured to determine: a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a generating unit configured to generate a key having the key length by a hash operation using an input bit string and a matrix having a size determined by the block size and the outputtable size, the input bit string having the block size. a calculating unit configured to calculate a key length; a determining unit configured to determine: a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a block size corresponding to a unit of processing in key generation based on at least one of a resource of the key generation device, an error rate of a channel, and statistical information on a pulse received via the channel, and an outputtable size indicating the size of a key outputtable by the key generation; and a generating unit configured to generate a key having the key length by a hash operation using an input bit string and a matrix having a size determined by the block size and the outputtable size, the input bit string having the block size.
A preparation comprising viable, metabolically active lactic acid bacteria and a growth substrate comprising a mixture of oligosaccharides and polysaccharides, and monosaccharides and disaccharides, proteins and peptides, wherein the bacteria in the preparation exhibit a near equilibrium growth state characterised in that the population of bacteria is maintained in the range of 10 8 to 10 9 viable cells per millilitre when stored at about 4°C and at controlled pH in the range of from 3.8-4.5 for a period of at least 5 months, wherein the total amount of sugars is in the range of from 20 mg/ml to 40 mg/ml and wherein the total amount of reducing sugars is in the range of from 5 mg/ml to 20 mg/ml when measured using the Nelson-Somogyi method, and wherein the lactic acid bacteria comprise Lactobacillus plantarum, Lactobacillus casei and Enterococcus faecium.
Orogastric catheter comprising a body the distal part of which is in particular intended, in the context of the bariatric surgical technique of longitudinal gastrectomy, to guide the surgeon for resection of a part of the stomach and to define the closure line after resection, said distal part carrying a balloon having, in the inflated state, a shape substantially matching that of the pyloric antrum, in such a way that it can be housed in said pyloric antrum, the end of the inflated balloon then being adapted to be in abutment against the pylorus whereas the part of the body of the catheter arranged above the inflated balloon is adapted to be wedged against the wall of the lesser curvature of the stomach, The catheter being characterized in that the distal end of the body of the catheter is for its part adapted to be in abutment against the pyloric antrum so as to thus permit: - determining the position of the start of the closure resection line in the area of the pyloric antrum, - defining the closure resection line, - and calibrating the pyloric antrum and the gastric sleeve to be preserved. - determining the position of the start of the closure resection line in the area of the pyloric antrum, - defining the closure resection line, - and calibrating the pyloric antrum and the gastric sleeve to be preserved.
An oral composition comprising a suspension of colloidal creatine, one or more gelling or thickening agents, and 5% to 98.5% weight for weight (w/w) of water wherein the colloidal creatine arises from step (c) specified further below and is a fine dispersion or molecular dispersion of creatine in a matrix of a physiologically acceptable polymeric binder, wherein the physiologically acceptable polymeric binder is a thermoplastic polymer, wherein the oral composition is prepared by mixing colloidal creatine, 0.05% to 20% of one or more gelling or thickening agents, and water and heating to between 15 to 70°C, wherein the colloidal creatine is obtained by a process comprising: a) preparing a mixture which comprises creatine and at least one thermoplastic polymeric binder wherein the thermoplastic polymeric binder is physiologically tolerated, water-soluble or water-swellable and contains 1 to 20 mol of water per mol of creatine, b) plasticating the mixture at or above the softening point of the thermoplastic polymeric binder, optionally wherein the mixture is plasticated with at least partial evaporation of the water, c) shaping the plasticated mixture into dosage forms and cooling, wherein the dosage forms comprise creatine as a molecular dispersion in the matrix of the thermoplastic polymeric binder; and optionally wherein, the plasticated mixture comprises at least 3.3 mmol of creatine based on the mass of the plasticated mixture. a) preparing a mixture which comprises creatine and at least one thermoplastic polymeric binder wherein the thermoplastic polymeric binder is physiologically tolerated, water-soluble or water-swellable and contains 1 to 20 mol of water per mol of creatine, b) plasticating the mixture at or above the softening point of the thermoplastic polymeric binder, optionally wherein the mixture is plasticated with at least partial evaporation of the water, c) shaping the plasticated mixture into dosage forms and cooling, wherein the dosage forms comprise creatine as a molecular dispersion in the matrix of the thermoplastic polymeric binder; and
A coupler for connecting a first drill string component to a second drill string component, the coupler comprising: a housing comprising a first connecting portion at a first end for connecting to the first drill string component; a base coupled to the housing, the base being formed with an elongate cylinder and comprising a second connecting portion at a second end for connecting to the second drill string component; an intermediate component disposed between the base and the housing; and a locking ring that is coupled with the base and that couples the base to the housing to prevent removal of the housing from the base; wherein the coupler is configured for rotation about an axis during use, and wherein the intermediate component is configured for allowing limited relative rotation between the housing and the base about the axis. a housing comprising a first connecting portion at a first end for connecting to the first drill string component; a base coupled to the housing, the base being formed with an elongate cylinder and comprising a second connecting portion at a second end for connecting to the second drill string component; an intermediate component disposed between the base and the housing; and a locking ring that is coupled with the base and that couples the base to the housing to prevent removal of the housing from the base; wherein the coupler is configured for rotation about an axis during use, and wherein the intermediate component is configured for allowing limited relative rotation between the housing and the base about the axis.
A method for producing partially hardened components of steel sheet, wherein - a component cold-formed from a hardenable steel sheet material is heated in a furnace to a temperature below the austenitizing temperature (< Ac 3), and - in areas in which the component is to be austenitized (> Ac 3) a radiator acts upon the component, - wherein the radiator has a contour on the component side which corresponds approximately to the contour of the component in the area to be austenitized. - a component cold-formed from a hardenable steel sheet material is heated in a furnace to a temperature below the austenitizing temperature (< Ac 3), and - in areas in which the component is to be austenitized (> Ac 3) a radiator acts upon the component, - wherein the radiator has a contour on the component side which corresponds approximately to the contour of the component in the area to be austenitized.
A cutting device for a manufacturing line of semifinished multilayer products comprising pairs of rubber layers between which a plurality of metal cords or fabric webs are arranged, said cutting device comprising a cutting unit with variable cutting angle that is movable along guide rails and a conveyor belt that stretches out in a horizontal direction, is inclined downwards relative to a vertical direction and is arranged under said cutting unit in said vertical direction, said conveyor belt being associated with a guiding cylinder and a blocking cylinder arranged at an outlet end thereof, wherein said guiding cylinder is restrained to a rotatable arm pivoted about a transverse axis perpendicular to said horizontal and vertical directions (H, V) and is configured to guide a semifinished multilayer during cutting operations and wherein said blocking cylinder is movable along a straight direction to and from the guiding cylinder and is configured to selectively block said semifinished multilayer on the guiding cylinder during said cutting operations.