mhurhangee/patent-ind-claim-en huggingface dataset:
Material transport compartment comprising a body comprising a bottom wall and two side walls extending in the longitudinal direction and delimiting a storage space (S), a tank to contain the liquid extending in the storage space in the lower part and a bulk storage space (S1) to contain a bulk material in the upper part, above the tank and between the side walls , the bulk storage space (S1) being open at the top, the tank being insertable in the storage space (S) from the top to rest on the bottom wall of the body fitting tightly between the side walls , the compartment comprising a retention system to prevent the tank from sliding in the storage space (S), characterised by the fact the retention system comprises crosspieces fixed to the tank transversely and protruding from one wall of the tank , the crosspieces resting on the bottom wall , the retention system also comprising flanges fixed to the bottom wall protruding from it and interlocking with the crosspieces to limit the longitudinal movement of the tank along the bottom wall .
A polymer composition (A) comprising a blend of i) 60 to 90 wt-% of propylene polymer composition (a) comprising a blend of (a-1) 55 to 95 wt-% of propylene polymer (a-2) 5 to 45 wt-% of low density ethylene polymer (LDPE) which is a high pressure polyethylene where the amounts of (a-1) and (a-2) are based on the total weight of composition (a), and composition (a) has a melt flow rate MFR 2 of from 10 to 50 g/10 min (230 °C/2.16kg) and the Vicat softening temperature in the range of 120 to 155°C measured according to ISO 306, and ii) 10 to 40 wt-% of a plastomer (b) of ethylene copolymer with at least one α-olefin comonomer of 4 to 10 C-atoms, provided that at least one co-monomer is a monomer with at least 6 C-atoms where the amounts of (i) and (ii) are based on the total weight of the composition (A), and wherein the plastomer b) has a density of 880 to 912 kg/m 3 i) 60 to 90 wt-% of propylene polymer composition (a) comprising a blend of (a-1) 55 to 95 wt-% of propylene polymer (a-2) 5 to 45 wt-% of low density ethylene polymer (LDPE) which is a high pressure polyethylene where the amounts of (a-1) and (a-2) are based on the total weight of composition (a), and composition (a) has a melt flow rate MFR 2 of from 10 to 50 g/10 min (230 °C/2.16kg) and the Vicat softening temperature in the range of 120 to 155°C measured according to ISO 306, and (a-1) 55 to 95 wt-% of propylene polymer (a-2) 5 to 45 wt-% of low density ethylene polymer (LDPE) which is a high pressure polyethylene ii) 10 to 40 wt-% of a plastomer (b) of ethylene copolymer with at least one α-olefin comonomer of 4 to 10 C-atoms, provided that at least one co-monomer is a monomer with at least 6 C-atoms
A surgical instrument , comprising: a handpiece a hub attached to the handpiece ; a sleeve attached to the hub ; and a needle at least partially resident within the hub and the sleeve ; characterized in that : the hub comprises a first static portion attached to the handpiece and a second portion slidable relative to the first static portion and the handpiece , the first static portion having a longitudinal axis; the sleeve is removably attached to the second slidable portion of the hub; and wherein the second slidable portion of the hub is capable of laterally moving along the longitudinal axis away from the handpiece . a handpiece a hub attached to the handpiece ; a sleeve attached to the hub ; and a needle at least partially resident within the hub and the sleeve ; characterized in that : the hub comprises a first static portion attached to the handpiece and a second portion slidable relative to the first static portion and the handpiece , the first static portion having a longitudinal axis; the sleeve is removably attached to the second slidable portion of the hub; and wherein the second slidable portion of the hub is capable of laterally moving along the longitudinal axis away from the handpiece . the hub comprises a first static portion attached to the handpiece and a second portion slidable relative to the first static portion and the handpiece , the first static portion having a longitudinal axis; the sleeve is removably attached to the second slidable portion of the hub; and wherein the second slidable portion of the hub is capable of laterally moving along the longitudinal axis away from the handpiece .
Film packaging material having at least one processing layer and at least one barrier layer , at least one further layer being arranged between the processing layer and the barrier layer , characterized in that a material which reflects and/or scatters a laser beam is provided in the further layer , which material reduces the active energy of a laser beam introduced from the side of the processing layer onto the barrier layer , partial laser cuts being introduced into the processing layer .
A solar cell comprising: a I-VII compound photovoltaic layer comprising a transparent electrode layer operating as n-type of pn-junction and a I-VII compound layer formed under the transparent electrode layer and operating as p-type of the pn-junction; a silicon photovoltaic layer including a first type silicon layer and a second type silicon layer, the first type silicon layer having first type dopants, the second type silicon layer having second type dopants of which polarity is opposite to a polarity of the first type dopants, the first type silicon layer being disposed under the I-VII compound photovoltaic layer , and the second type silicon layer being disposed under the first type silicon layer ; and an electrode formed under the second type silicon layer . a I-VII compound photovoltaic layer comprising a transparent electrode layer operating as n-type of pn-junction and a I-VII compound layer formed under the transparent electrode layer and operating as p-type of the pn-junction; a silicon photovoltaic layer including a first type silicon layer and a second type silicon layer, the first type silicon layer having first type dopants, the second type silicon layer having second type dopants of which polarity is opposite to a polarity of the first type dopants, the first type silicon layer being disposed under the I-VII compound photovoltaic layer , and the second type silicon layer being disposed under the first type silicon layer ; and an electrode formed under the second type silicon layer .
A steering support structure comprising: an instrument panel reinforcement that is configured to support a steering column and has both ends in a vehicle width direction to be fixed to frame members of a vehicle; a floor brace that extends in a vehicle upper and lower direction, and has an upper end joined to the instrument panel reinforcement and a lower end to be joined to a floor member; and a gusset that is a diagonal member joined to the instrument panel reinforcement and the floor brace , wherein the instrument panel reinforcement includes a driver's seat rear beam extending from a portion to be joined to the floor brace to a portion for supporting the steering column , characterized in that the driver's seat rear beam includes a driver's seat upper beam having a hat-shaped cross section open toward a lower side, and in that the gusset includes a reinforcement joint portion that is joined to the driver's seat upper beam to form a closed cross section. an instrument panel reinforcement that is configured to support a steering column and has both ends in a vehicle width direction to be fixed to frame members of a vehicle; a floor brace that extends in a vehicle upper and lower direction, and has an upper end joined to the instrument panel reinforcement and a lower end to be joined to a floor member; and a gusset that is a diagonal member joined to the instrument panel reinforcement and the floor brace , wherein the instrument panel reinforcement includes a driver's seat rear beam extending from a portion to be joined to the floor brace to a portion for supporting the steering column , characterized in that the driver's seat rear beam includes a driver's seat upper beam having a hat-shaped cross section open toward a lower side, and in that the gusset includes a reinforcement joint portion that is joined to the driver's seat upper beam to form a closed cross section.
A system for charging electrical micromobility vehicles comprising: - a post ; - an electrical micromobility vehicle; - a socket located in the post ; and - a plug to be mounted on the electrical micromobility vehicle; wherein - the socket has a longitudinal opening arranged vertically on the post ; - wherein the height (H) of the opening of the socket is larger than the height (h) of the plug ; - wherein the socket comprises a socket first contact means for providing contact along a first vertical line and a socket second contact means for providing contact along a second vertical line distanced from the first vertical line; and - wherein the plug comprises a plug first contact means and a plug second contact means arranged correspondingly to the socket first and second contact means so that when the plug is inserted into the socket at any position along the height (H) of the opening , the socket first and second contact means form an electrical connection with the corresponding plug first and second contact means ; - wherein the post is mounted on a base that is secured to a ground, characterized in that the base comprises a wheel positioning mechanism for positioning the wheel of the electrical micromobility vehicle and the electrical micromobility vehicle during plugging in of the plug into the socket , wherein the wheel positioning mechanism has a form of a plate which is mounted to the base slidably on rails by bearings along an axis (X), which is perpendicular to an axis (Y) being the axis along which the plug is introduced into the socket , wherein when the electrical micromobility vehicle is to be connected to the post , a wheel of the electrical micromobility vehicle is standing on the wheel positioning mechanism . - a post ; - an electrical micromobility vehicle; - a socket located in the post ; and - a plug to be mounted on the electrical micromobility vehicle; wherein - the socket has a longitudinal opening arranged vertically on the post ; - wherein the height (H) of the opening of the socket is larger than the height (h) of the plug ; - wherein the socket comprises a socket first contact means for providing contact along a first vertical line and a socket second contact means for providing contact along a second vertical line distanced from the first vertical line; and - wherein the plug comprises a plug first contact means and a plug second contact means arranged correspondingly to the socket first and second contact means so that when the plug is inserted into the socket at any position along the height (H) of the opening , the socket first and second contact means form an electrical connection with the corresponding plug first and second contact means ; - wherein the post is mounted on a base that is secured to a ground,
Apparatus for treating tissue by applying a force to the tissue, the apparatus comprising: a deployable segment having proximal and distal regions , and a main body extending therebetween; the deployable segment being capable of deployment using a catheter and stylet arrangement; a loop member formed at the distal region of the deployable segment, the loop member defining an opening that is adjustable in size; said apparatus being characterized in that it further comprises a spring member disposed proximal to the loop member , the spring member having proximal and distal ends , and dimensioned to circumferentially surround at least a portion of the main body , wherein the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member and compress tissue disposed within the opening of the loop member, and wherein a diameter of the loop member is configured to be reduced and increased any number of times by retracting and advancing of the stylet arrangement before final deployment of the deployable segment . a deployable segment having proximal and distal regions , and a main body extending therebetween; the deployable segment being capable of deployment using a catheter and stylet arrangement; a loop member formed at the distal region of the deployable segment, the loop member defining an opening that is adjustable in size; said apparatus being characterized in that it further comprises a spring member disposed proximal to the loop member , the spring member having proximal and distal ends , and dimensioned to circumferentially surround at least a portion of the main body , wherein the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member and compress tissue disposed within the opening of the loop member, and wherein a diameter of the loop member is configured to be reduced and increased any number of times by retracting and advancing of the stylet arrangement before final deployment of the deployable segment .
A composite membrane comprising: an ion-conductive polymer layer; and a plurality of gas blocking inorganic particles non-continuously disposed on the ion-conductive polymer layer or non-continuously disposed within the ion-conductive polymer layer, wherein the composite membrane has a radius of curvature of 10 millimeters or less. an ion-conductive polymer layer; and a plurality of gas blocking inorganic particles non-continuously disposed on the ion-conductive polymer layer or non-continuously disposed within the ion-conductive polymer layer, wherein the composite membrane has a radius of curvature of 10 millimeters or less.
A mine bolt comprising: an elongated body having a first end and a second end positioned opposite the first end , the elongated body having a first threaded section , a second threaded section , and a smooth, non-threaded section positioned between the first threaded section and the second threaded section , wherein the non-threaded section is configured to yield under loading when the mine bolt is installed with grout in a bore hole ,wherein the elongated body comprises a hollow bar defining a central passageway , and characterized in that the non-threaded section is more ductile and yieldable than the first and second threaded sections of the elongated body .
Method for identifying an ingress of water into an interior of a housing that is sealed off from a surrounding area , comprising the following steps • sensing a temperature (T) of the air in the interior , • sensing a relative atmospheric humidity (φ) in the interior , and • identifying an ingress of water as a function of the sensed temperature (T) and the sensed relative atmospheric humidity (φ), characterized in that the ingress of water is identified as a function of a difference (Δ) between the sensed temperature (T) and a dew point (τ) that is ascertained as a function of the sensed relative atmospheric humidity (φ) and the sensed temperature (T) . • sensing a temperature (T) of the air in the interior , • sensing a relative atmospheric humidity (φ) in the interior , and • identifying an ingress of water as a function of the sensed temperature (T) and the sensed relative atmospheric humidity (φ),
A computing system configured to provide access to electronic content, the system comprising: a processor ; a data store coupled to the processor and configured to store the electronic content; a user interface component coupled to the processor and configured to generate a user interface allowing an internal user to generate a sharing request to share electronic content with an external user, the internal user being one of a plurality of internal users; and wherein the processor is configured to determine whether the internal user is a member of a group of internal users that is allowed to externally share content and to inhibit external sharing of the electronic content with the external user if the internal user is not a member of any group that is allowed to externally share the electronic content, wherein the group of internal users is a security group selected from the plurality of internal users, wherein, if the internal user is a member of a group that is allowed to externally share the electronic content, the processor is further configured to determine whether the electronic content is authorized for external sharing for the group, and in response to determining that the electronic content is authorized for external sharing for the group, sharing the electronic content with the external user. a processor ; a data store coupled to the processor and configured to store the electronic content; a user interface component coupled to the processor and configured to generate a user interface allowing an internal user to generate a sharing request to share electronic content with an external user, the internal user being one of a plurality of internal users; and wherein the processor is configured to determine whether the internal user is a member of a group of internal users that is allowed to externally share content and to inhibit external sharing of the electronic content with the external user if the internal user is not a member of any group that is allowed to externally share the electronic content, wherein the group of internal users is a security group selected from the plurality of internal users, wherein, if the internal user is a member of a group that is allowed to externally share the electronic content, the processor is further configured to determine whether the electronic content is authorized for external sharing for the group, and in response to determining that the electronic content is authorized for external sharing for the group, sharing the electronic content with the external user.
A platform , comprising: a receiver configured to receive a signal that includes an error, said error being caused in the received signal due to a noise signal generated from a source in the platform and propagating in the platform as radio-frequency, RF, noise; a processor configured to calculate a noise vector from the source of the noise signal and to send the noise vector to the receiver via a data link external to the processor ; and a digital signal processor comprised in the receiver, separate from the processor , and configured to estimate an error vector based at least in part on the noise vector received from the processor and to subtract the estimated error vector from in-phase and quadrature components of a baseband version of the received signal to cancel the noise signal from the received signal. a receiver configured to receive a signal that includes an error, said error being caused in the received signal due to a noise signal generated from a source in the platform and propagating in the platform as radio-frequency, RF, noise; a processor configured to calculate a noise vector from the source of the noise signal and to send the noise vector to the receiver via a data link external to the processor ; and a digital signal processor comprised in the receiver, separate from the processor , and configured to estimate an error vector based at least in part on the noise vector received from the processor and to subtract the estimated error vector from in-phase and quadrature components of a baseband version of the received signal to cancel the noise signal from the received signal.
Sensor system for monitoring the environment, having at least two capacitive sensors each having an electrode pair configured to capacitively measure the environment, wherein each sensor has a detection region within which a capacitively effective change in the environment, in particular as a result of the approach and/or contact of a body or an object, can be detected, and the detection regions of the at least two sensors form a resulting monitoring region , wherein the detection regions of adjacent sensors locally overlap and/or are directly adjacent, with the result that their resulting monitoring region is contiguous and the contiguous monitoring region forms at least part of an - in particular fully - monitored, predetermined safety geometry , characterized in that the electrodes of adjacent sensors are arranged such that they are isolated from one another by means of a capacitively indifferent separation layer, with the result that the sensors that are adjacent along the separation layer have directly adjacent detection regions, and the material of the separation layer is a material with a dielectric constant close to the dielectric constant of air or vacuum, wherein the electrode pairs (14, 16; 15, 17) of adjacent sensors are arranged so as to be at least partially overlapping through to interleaved.
Building equipped with a roof , in particular a flat roof, on which insulation and a roof covering (9; 27; 37) is present that contains flammable material, characterized in that a fire-resistant layer (11; 25; 35) is present on the roof covering (9; 27; 37), which fire-resistant layer (11; 25; 35) comprises panels that are mainly made of magnesium oxide.
An electrode for an ultracapacitor , the electrode comprising: a current collector comprising a bonding layer disposed thereon; and at least one layer of compressed vertically aligned carbon nanotubes comprising a bonding layer disposed thereon, wherein the bonding layer of the current collector is bonded to the bonding layer of the layer of compressed vertically aligned carbon nanotubes. a current collector comprising a bonding layer disposed thereon; and at least one layer of compressed vertically aligned carbon nanotubes comprising a bonding layer disposed thereon, wherein the bonding layer of the current collector is bonded to the bonding layer of the layer of compressed vertically aligned carbon nanotubes.
Compound modular panel for the enclosure and external thermal insulation of façades and roofs of a building, said compound modular panel comprising the following elements from the inside to the outside: - a layer of fine ceramic insulation consisting of a liquid ceramic compound based on spherical micrograms of four types of special ceramics, in the form of an elastic finish acrylic emulsion; - a core of said panel of an insulating material wall formed by high-density extruded polystyrene, approximately 100 mm thick; - an outside wall of said panel made of a natural stone or slate strip joined to the core of the panel by an epoxy-resin-based twin-component viscous adhesive with filler and polyamine content. - a layer of fine ceramic insulation consisting of a liquid ceramic compound based on spherical micrograms of four types of special ceramics, in the form of an elastic finish acrylic emulsion; - a core of said panel of an insulating material wall formed by high-density extruded polystyrene, approximately 100 mm thick; - an outside wall of said panel made of a natural stone or slate strip joined to the core of the panel by an epoxy-resin-based twin-component viscous adhesive with filler and polyamine content.