mhurhangee/ep-ind-claims huggingface dataset:
An adjustable hinge assembly (10; 110) for a lid of a motor vehicle comprising a mounting unit including a mounting member (22, 122) configured to be secured on a body of the motor vehicle, an adjustment member (24; 124) connected to the mounting member for pivotal movement relative to the mounting member about a first axis, and an adjusting mechanism operative to selectively adjust the pivotal position of the adjustment member relative to the mounting member about the first axis, the assembly also including a hinge arm attachable to the lid and connected to the adjustment member for pivotal movement relative to the adjustment member about a second axis parallel to but spaced from the first axis and a locking mechanism for releasably locking the adjustment member relative to the mounting member; wherein the mounting member comprises a pair of spaced opposed first side walls (28; 128), the adjustment member being located between the first side walls and having a pair of spaced opposed second side walls, the hinge arm having pivot section received between the second side walls, the hinge arm being connected to the adjustment member by means of a hinge arm pivot pin which passes through a bore in the pivot section of the hinge arm and aligned apertures in the second side walls; characterised in that the hinge arm pivot pin also passes through an elongate opening in each of the first side walls and in that the locking mechanism comprises means (60, 62, 64) associated with the hinge arm pivot pin operative to selectively clamp each first side wall (28; 128) into contact with an adjacent second side wall and to clamp the second side walls to the pivot section of the hinge arm.
A thermal transfer sheet in which a dyestuff layer or a transcriptive protective layer is formed on one surface of a substrate and a back face layer is formed on another surface of the substrate, wherein the back face layer comprises: a resin of which weight-average molecular weight (Mw) is more than 15,000; a resin of which weight-average molecular weight (Mw) is not more than 15,000; a lubricant ingredient, and wherein the resin of which weight-average molecular weight (Mw) is not more than 15,000 is contained at an amount range of 3 % by weight to 40 % by weight on the basis of the total solid content weight of the back face layer, and the resin of which weight-average molecular weight (Mw) is not more than 15,000 is one of cellulosic resin and polyvinyl butyral resin. a resin of which weight-average molecular weight (Mw) is more than 15,000; a resin of which weight-average molecular weight (Mw) is not more than 15,000; a lubricant ingredient, and
Method for combining filter segment groups for producing multi-segment filters of the tobacco processing industry having at least two different filter segments, wherein filter segments from two or more filter segment feed devices (11, 21, 31) are delivered in a crosswise manner to a combining device comprising one or more combining drums (52, 52'), on which the filter segments are combined to filter segment groups in an axially aligned manner, wherein filter segments of twice the usable length from at least one filter segment feed device (11, 21, 31) are cut into two filter segments of single usable length on a combining drum (52, 52'), the cut filter segments are then axially spaced apart from one another and then, on a combining drum (52, 52'), a filter segment of twice the usable length from another filter segment feed device (11, 21, 31) is subsequently inserted into a gap between the cut filter segments created by the axial spacing, wherein the axial spacing of the cut filter segments is performed by means of a unilaterally spreading separating drum, wherein one cut filter segment is displaced axially and the other cut filter segment remains in its axial position.
Wheel lock system including a frame and a moving lock trolley, wherein the frame has a line of evenly spaced holes along its axis, characterised in that the lock trolley is equipped with a locking arm attached to the trolley body using a pinned connection and a load-bearing roller assembly (5, 6, 7), a ratchet assembly along with the ratchet lock assembly, while the locking arm is equipped with a pin that sets the trolley location in the operating position of the lock, where the frame holes have an oval shape, or have a shape approximate to oval and the load-bearing roller assemblies (5, 6, 7) are made of a flexible material.
A tire having a circumferential rubber tread having a cap/base configuration comprising a radially outer tread cap rubber layer with a lug and groove configuration with the radially outer portions of the tread lugs providing the running surface of the tread, and a tread base rubber layer underlying the tread cap rubber layer; wherein the tread cap rubber layer is composed of or comprises at least three circumferential load bearing zones (5A, 6, 5B) comprising an intermediate tread zone rubber layer positioned between and extending beneath two lateral tread zone rubber layers (5A, 5B) and underlying the lateral tread zone rubber layers (5A, 5B) and overlying the tread base rubber layer; wherein outer tread lug surfaces of the intermediate tread zone rubber layer and the lateral tread zone rubber layers (5A, 5B) comprise the running surface of the tread; and wherein the rubber composition of the intermediate tread zone rubber layer has a 100°C hot rebound property greater than the 100°C hot rebound property of the rubber composition of the preferably stratified lateral tread rubber layers (5A, 5B); characterized in that a path of low or least electrical resistance extends from one or both of the respective lateral rubber tread zones (5A, 5B) to the tread base rubber layer by one or more extensions (8A, 8B) of a respective lateral tread zone layer (5A, 5B) which extend to and join the tread base rubber layer and/or by at least one intermediate rubber bridge which extends between and joins the one or both respective lateral tread zone rubber layers (5A, 5B) and the tread base rubber layer.
Train protection method - with which at least one track-side data transmission device, which forms a cut-off point (SP k) for a track section (S k), is controlled by a railway signal and - with which radio equipment mounted in particular on the railway signal and assigned to the railway signal sends a radio data signal (F 112) to a rail vehicle approaching the railway signal, wherein - a correction of a previously known wheel diameter or wheel circumference value (d) of the rail vehicle is carried out as a function of a number of wheel impulses or wheel revolutions (n k) determined when the rail vehicle traverses the one track section (S k) and as a function of a reference value (RW k) for the length of the one track section (S k), - wherein the one radio data signal (F 112) specifies the one reference value (RW k) or wherein the one radio data signal (F 112) specifies a correction value (KW k), and by applying the same to a track target distance (ZE k) the one reference value (RW k) is determined. - with which at least one track-side data transmission device, which forms a cut-off point (SP k) for a track section (S k), is controlled by a railway signal and - with which radio equipment mounted in particular on the railway signal and assigned to the railway signal sends a radio data signal (F 112) to a rail vehicle approaching the railway signal, - a correction of a previously known wheel diameter or wheel circumference value (d) of the rail vehicle is carried out as a function of a number of wheel impulses or wheel revolutions (n k) determined when the rail vehicle traverses the one track section (S k) and as a function of a reference value (RW k) for the length of the one track section (S k), - wherein the one radio data signal (F 112) specifies the one reference value (RW k) or wherein the one radio data signal (F 112) specifies a correction value (KW k), and by applying the same to a track target distance (ZE k) the one reference value (RW k) is determined.
Equipment for collecting and treating sludge waste comprising a part of water, said equipment comprising at least one tank defining at least one compartment for the collection of said waste, said tank comprising at least one manhole which defines a passageway for the insertion of filtering means in said compartment, characterized in that said filtering means comprise at least one filtering unit for separating and filtering the water contained in the sludge waste, said filtering unit being at least partially insertable within said compartment through said manhole, wherein said filtering unit comprises: - a first filtering module and a second filtering module for filtering said water; - a circulation line between said filtering modules (21,22) and configured to transfer the water filtered by said first filtering module to said second filtering module; - a collection line (80, 80A) to collect and convey the water filtered by said second filtering module, outside compartment; - a supporting frame which supports said filtering modules (21, 22) and which is suitable to be partially or completely inserted in said compartment through said manhole of said tank; and - connection means configured to form a connection between said frame and said tank so that said filtering modules (21, 22) are completely arranged within said compartment upon such a connection, wherein said connection means comprise a base comprising a first side from which said supporting frame develops, and wherein said filtering unit further comprises a containment which develops from a second side of said base opposite to said first side of said base, and control means of said filtering unit housed in said containment. - a first filtering module and a second filtering module for filtering said water; - a circulation line between said filtering modules (21,22) and configured to transfer the water filtered by said first filtering module to said second filtering module; - a collection line (80, 80A) to collect and convey the water filtered by said second filtering module, outside compartment; - a supporting frame which supports said filtering modules (21, 22) and which is suitable to be partially or completely inserted in said compartment through said manhole of said tank; and - connection means configured to form a connection between said frame and said tank so that said filtering modules (21, 22) are completely arranged within said compartment upon such a connection,
A battery module, which includes a cell assembly comprising a plurality of pouch-type battery cells whose wide surfaces stand to be stacked in one direction, the battery module comprising: a pair of buffer pads disposed at both side surfaces of the cell assembly; a top plate and a bottom plate (300, 400) configured to cover a top portion and a bottom portion of the cell assembly, respectively; and a pair of side plates coupled to both ends of the top plate and the bottom plate by clinching or fitting so that the pair of buffer pads and the cell assembly are interposed between the pair of side plates, wherein the pair of side plates includes a bead portion depressed by a predetermined depth, and the pair of buffer pads have one surface with a shape corresponding to the bead portion, and the bead portion includes a first bead portion provided at a center region of the side plate and a second bead portion separately provided at a left side region and a right side region of the side plate with respect to the first bead portion and having a smaller area and a smaller depth than the first bead portion. a pair of buffer pads disposed at both side surfaces of the cell assembly; a top plate and a bottom plate (300, 400) configured to cover a top portion and a bottom portion of the cell assembly, respectively; and a pair of side plates coupled to both ends of the top plate and the bottom plate by clinching or fitting so that the pair of buffer pads and the cell assembly are interposed between the pair of side plates, wherein the pair of side plates includes a bead portion depressed by a predetermined depth, and the pair of buffer pads have one surface with a shape corresponding to the bead portion, and the bead portion includes a first bead portion provided at a center region of the side plate and a second bead portion separately provided at a left side region and a right side region of the side plate with respect to the first bead portion and having a smaller area and a smaller depth than the first bead portion.
An air supply vent assembly for a residential ventilation system comprising; a main body comprising a conduit having an inlet for connection to an air supply duct and an outlet defining an air supply inlet for a room; mounting means for securing the main body within an inlet vent aperture of said room; and a filter assembly connected to the main body such that airflow is channelled through the filtration unit prior to flowing through the outlet of the conduit, the filter assembly including a filter comprising an active carbon chemisorption material that changes colour based on its chemical condition; characterised in that: the filter assembly and the main body are configured and arranged such that the filter is accessible via the vent aperture of the room and at least a portion of the chemisorption filter is visible such that it can be viewed from within the room when the air supply vent is assembled and installed in use without the requirement to remove or disassemble the filter assembly. a main body comprising a conduit having an inlet for connection to an air supply duct and an outlet defining an air supply inlet for a room; mounting means for securing the main body within an inlet vent aperture of said room; and a filter assembly connected to the main body such that airflow is channelled through the filtration unit prior to flowing through the outlet of the conduit, the filter assembly including a filter comprising an active carbon chemisorption material that changes colour based on its chemical condition; characterised in that: the filter assembly and the main body are configured and arranged such that the filter is accessible via the vent aperture of the room and at least a portion of the chemisorption filter is visible such that it can be viewed from within the room when the air supply vent is assembled and installed in use without the requirement to remove or disassemble the filter assembly.
A personal cleansing composition comprising: (a) zinc pyrithione; and (b) at least one soap surfactant, wherein said personal cleansing composition is in the form of a bar soap, and wherein said personal cleansing composition is characterized by a pH value that is higher than 9.6 and lower than 10.3 when dispersed in an aqueous solution at 1 wt%. (a) zinc pyrithione; and (b) at least one soap surfactant,
A method of protecting data (TD, WD, RD) exchanged between a service user and a service provider, which method comprises the steps of - encoding input data (TD, WD) by converting meaningful content of the data (TD, WD) into meaningless content to obtain encoded upload data (TD', WD') for sending to the service provider, wherein the input data (TD, WD) comprises a number of tabular documents, and the step of encoding a tabular document comprises rescaling the range of a numerical variable, the rescaling being such that the linear relationship still remains between the original data range and an encoded data range; - processing the encoded upload data (TD', WD') at the service provider by using analytics modelling, statistical data modelling or prediction algorithms, to obtain encoded download data (RD') for sending to the service user; and - decoding the encoded download data (RD') by converting meaningless content of the encoded download data (RD') into meaningful content of download data. - encoding input data (TD, WD) by converting meaningful content of the data (TD, WD) into meaningless content to obtain encoded upload data (TD', WD') for sending to the service provider, wherein the input data (TD, WD) comprises a number of tabular documents, and the step of encoding a tabular document comprises rescaling the range of a numerical variable, the rescaling being such that the linear relationship still remains between the original data range and an encoded data range; - processing the encoded upload data (TD', WD') at the service provider by using analytics modelling, statistical data modelling or prediction algorithms, to obtain encoded download data (RD') for sending to the service user; and - decoding the encoded download data (RD') by converting meaningless content of the encoded download data (RD') into meaningful content of download data.
A pharmaceutical composition comprising a mixture of dextro- and levo-amphetamines complexed with ion-exchange resin to form drug-resin particles, wherein said composition comprises a first plurality of drug-resin particles that are not coated with a delayed release coating and a second plurality of drug-resin particles that are coated with a delayed release coating, and wherein the composition comprises 20%-50% by weight of the first plurality of drug-resin particles and 50-80% by weight of the second plurality of drug-resin particles.
A pellicle comprising a rectangular pellicle frame having long side bars and short side bars, a pellicle membrane adhered to one annular face of said pellicle frame via an adhesive, and a mask-bonding agglutinant layer adhered to the other annular face of said pellicle frame, wherein said mask-bonding agglutinant layer is divided into at least two segments and that segments of a resilient body layer are adhered to said other annular face of the pellicle frame in a manner such that all spaces created between said segments of the mask-bonding agglutinant layer are entirely filled by said segments of the resilient body layer.
A laser arrangement, comprising - an electro-absorption-modulated laser, which includes a laser section and an electro-absorption modulator section; - a power source for supplying power to the laser section; - a DC voltage source arranged in addition to the power source, via which a DC voltage (V rev) can be applied to a diode structure of the electro-absorption modulator section; - a driver, by which an HF signal can be supplied to the laser; - an electrical connection, via which the driver is connected to the laser, characterized in that via the electrical connection a DC connection exists between the driver and the laser in such a way and the driver is formed in such a way that a photocurrent (I photo) generated in the electro-absorption modulator section of the laser by illumination with light of the laser section at least partly flows to the driver and at least contributes to the energy supply of the driver. - an electro-absorption-modulated laser, which includes a laser section and an electro-absorption modulator section; - a power source for supplying power to the laser section; - a DC voltage source arranged in addition to the power source, via which a DC voltage (V rev) can be applied to a diode structure of the electro-absorption modulator section; - a driver, by which an HF signal can be supplied to the laser; - an electrical connection, via which the driver is connected to the laser,
A method for bonding an integrated circuit chip onto a flexible display body, comprising: providing a substrate having a flexible display body thereon; aligning a first stiffening component with the flexible display body having an IC bonding region, wherein the first stiffening component includes, before aligning the first stiffening component with the flexible display body, an opening region, a main stiffening region, side stiffening portions surrounding the opening region of the first stiffening component for exposing the IC bonding region, the main stiffening region vertically corresponds to a display region of the flexible display body, and edges of the first stiffening component are aligned with edges of the flexible display body; attaching the first stiffening component onto a front surface of the flexible display body; separating the substrate from the first stiffening component and the flexible display body to expose a back surface of the flexible display body; and bonding an IC chip onto the IC bonding region. providing a substrate having a flexible display body thereon; aligning a first stiffening component with the flexible display body having an IC bonding region, wherein the first stiffening component includes, before aligning the first stiffening component with the flexible display body, an opening region, a main stiffening region, side stiffening portions surrounding the opening region of the first stiffening component for exposing the IC bonding region, the main stiffening region vertically corresponds to a display region of the flexible display body, and edges of the first stiffening component are aligned with edges of the flexible display body; attaching the first stiffening component onto a front surface of the flexible display body; separating the substrate from the first stiffening component and the flexible display body to expose a back surface of the flexible display body; and bonding an IC chip onto the IC bonding region.
A method for navigating a user interface comprising a plurality of selectable elements (410, 420, 430), the method comprising: determining which element in the user interface is active; expressing an orientation of the active element of the user interface and at least one neighbor as vector information comprising an acceptance angle and minimum and maximum magnitude thresholds; receiving movement information input comprising horizontal and/or vertical information for navigating the user interface; translating the movement information into vector information comprising angle and magnitude components; determining (340, 825) if the angle component of the translated vector information is within the acceptance angle of the vector information; determining (340, 830) if the magnitude component of the translated vector information meets the minimum and maximum magnitude thresholds of the vector information, and when the angle and magnitude components of the translated vector information are within the acceptance angle and between the minimum and maximum magnitude thresholds of the vector information, making the neighbor the new active element. determining which element in the user interface is active; expressing an orientation of the active element of the user interface and at least one neighbor as vector information comprising an acceptance angle and minimum and maximum magnitude thresholds; receiving movement information input comprising horizontal and/or vertical information for navigating the user interface; translating the movement information into vector information comprising angle and magnitude components; determining (340, 825) if the angle component of the translated vector information is within the acceptance angle of the vector information; determining (340, 830) if the magnitude component of the translated vector information meets the minimum and maximum magnitude thresholds of the vector information, and when the angle and magnitude components of the translated vector information are within the acceptance angle and between the minimum and maximum magnitude thresholds of the vector information, making the neighbor the new active element.