mhurhangee/patent-ind-claim-en huggingface dataset:
Hair conditioning composition comprising a. one or more pentaerythritol esters of the following formula (I) wherein R 1 , R 2 , R 3 and R4 are straight or branched, saturated or unsaturated alkyl chains with 5 to 24 C atoms, and b. and one or more PPG alkyl ethers of the following formula (II) wherein n is an integer in the range from 1 to 12, and x is an integer in the range from 2 to 40; characterized in that the pentaerythritol esters are selected from pentaerythrityl tetrastearate and pentaerythrityl tetraisostearate. a. one or more pentaerythritol esters of the following formula (I) wherein R 1 , R 2 , R 3 and R4 are straight or branched, saturated or unsaturated alkyl chains with 5 to 24 C atoms, and b. and one or more PPG alkyl ethers of the following formula (II) wherein n is an integer in the range from 1 to 12, and x is an integer in the range from 2 to 40;
An apparatus for reducing out-of-band emissions of a carrier signal, in particular of a single carrier, SC, signal, adapted to: determine a phase shift between consecutive modulation symbols of a carrier signal according to a frequency spectral location of a subcarrier mapping the modulation symbol within a frequency spectrum of the band of the carrier signal; apply the phase shift to the carrier signal; submit the carrier signal through a phase domain low pass filter, LPF , in order to asymmetrically warp the frequency spectrum of the carrier signal; and wherein the phase shift is determined dynamically for at least one of the modulation symbols, so that a phase of each modulation symbol is shifted towards a center frequency of the frequency spectrum and away from at least one edge frequency of the frequency spectrum. determine a phase shift between consecutive modulation symbols of a carrier signal according to a frequency spectral location of a subcarrier mapping the modulation symbol within a frequency spectrum of the band of the carrier signal; apply the phase shift to the carrier signal; submit the carrier signal through a phase domain low pass filter, LPF , in order to asymmetrically warp the frequency spectrum of the carrier signal; and wherein the phase shift is determined dynamically for at least one of the modulation symbols, so that a phase of each modulation symbol is shifted towards a center frequency of the frequency spectrum and away from at least one edge frequency of the frequency spectrum.
Retaining head for connection to one end of a prop element for a formwork support , the head comprising a base element for contact with an outer surface (7") of the formwork support , and comprising, on each long side of the base element , a hook element for hooking onto the formwork support , the hook element on one long side of the base element being arranged, in the longitudinal direction of the retaining head , at a distance from the hook element on the other long side of the base element in order to be arranged diagonally opposite on the base element, characterised in that the retaining head , during use, can be rotated relative to the formwork support between a retaining position that secures the formwork support on the hook elements and a release position that releases the formwork support from the hook elements , and in that the retaining head has at least one anti-rotation element which, in the retaining position, counteracts a rotation of the retaining head towards the release position.
Device for removing foreign matter from a liquid by means of at least one filter, wherein the liquid with the foreign matter is fed from a bath to the filter by means of a rotor via an inlet in a housing characterized in that the inlet extends columnar vertically inside the housing over at least a major part of a rear wall of the housing opposite to the filter and has outlets on the front side and a chamber (43.1,43.2) for returning the liquid to the bath is provided on at least one side wall (18.1,18.2) of the housing , which is covered towards the interior of the housing by an internal filter (27.1,27.2).
A method comprising: determining, by a mobile computing device whether secure enterprise content is being accessed on the mobile computing device ; determining that a secure mode to encrypt secure enterprise content on the mobile computing device has been enabled; responsive to determining that a private user device is communicatively coupled to the mobile computing device and determining that the mobile computing device is in a public environment: preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device ; and after a user of the private user device is authenticated, instructing, by the mobile computing device , the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form. determining, by a mobile computing device whether secure enterprise content is being accessed on the mobile computing device ; determining that a secure mode to encrypt secure enterprise content on the mobile computing device has been enabled; responsive to determining that a private user device is communicatively coupled to the mobile computing device and determining that the mobile computing device is in a public environment: preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device ; and after a user of the private user device is authenticated, instructing, by the mobile computing device , the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form. preventing, by the mobile computing device the secure enterprise content from being presented in an unencrypted form on the mobile computing device ; and after a user of the private user device is authenticated, instructing, by the mobile computing device , the private user device to generate the secure enterprise content for presentation in an unencrypted form while simultaneously presenting the secure enterprise content on the mobile computing device in an encrypted form.
A method, performed by a vehicle , for enabling a network node to manage paging of a user equipment , in a cellular radio access network , wherein the method comprises: receiving (A030), from the user equipment , an identification of the user equipment by use of a direct wireless communication connection between the vehicle and the user equipment , wherein the identification of the user equipment relates to the cellular radio access network , sending (A050), to the network node and via the cellular radio access network , the identification of the user equipment , whereby the network node is made aware of that position information of the vehicle is applicable to the user equipment when paging the user equipment , sending (A090), to the network node , the position information of the vehicle , whereby the network node , upon paging of the user equipment , sends a paging message, based on the position information of the vehicle , to the user equipment . receiving (A030), from the user equipment , an identification of the user equipment by use of a direct wireless communication connection between the vehicle and the user equipment , wherein the identification of the user equipment relates to the cellular radio access network , sending (A050), to the network node and via the cellular radio access network , the identification of the user equipment , whereby the network node is made aware of that position information of the vehicle is applicable to the user equipment when paging the user equipment , sending (A090), to the network node , the position information of the vehicle , whereby the network node , upon paging of the user equipment , sends a paging message, based on the position information of the vehicle , to the user equipment .
A boron-coated neutron detector, comprising: a cathode tube with a plurality of passages formed therein along its longitudinal direction, the inner wall of each passage being coated with boron material; an electrode wire serving as an anode and arranged longitudinally in each of the passages , the electrode wire adapted to be applied with high voltage; and an insulating end plate fixed to each end of the cathode tube , the electrode wire being fixed to the cathode tube via the insulating end plates ; wherein the cathode tube is formed by a plurality of jointed boron-coated substrates that form the plurality of passages, characterized in that each of the plurality of boron-coated substrates is L-shaped or contains at least one L-shaped step so that each of the plurality of passages has a square cross section and linear portions of adjacent ones of the plurality of boron-coated substrates do not overlap one another. a cathode tube with a plurality of passages formed therein along its longitudinal direction, the inner wall of each passage being coated with boron material; an electrode wire serving as an anode and arranged longitudinally in each of the passages , the electrode wire adapted to be applied with high voltage; and an insulating end plate fixed to each end of the cathode tube , the electrode wire being fixed to the cathode tube via the insulating end plates ; wherein the cathode tube is formed by a plurality of jointed boron-coated substrates that form the plurality of passages, characterized in that each of the plurality of boron-coated substrates is L-shaped or contains at least one L-shaped step so that each of the plurality of passages has a square cross section and linear portions of adjacent ones of the plurality of boron-coated substrates do not overlap one another.
An elastomeric glove comprising: a glove body comprising a flexible single layer of an elastomeric nitrile-butadiene rubber formed from a nitrile-butadiene rubber latex, the glove body having a chlorinated first surface forming a donning side of the glove body and an un-chlorinated second surface forming a grip side of the glove body; a substantially uniform distribution of a release agent over the un-chlorinated second surface of the glove body; wherein the glove body has: (a) an average thickness of between about 0.03 to 0.12 mm in a palm region of the glove body; (b) an un-chlorinated second surface of the glove body characterized by a Surface Root Mean Square Roughness (Sq) of from about 3.00 μm to about 6.55 μm; as measured according the specifications of the invention; and (c) a failure rate of less than about 1 percent when the elastomeric glove is subjected pinhole leak testing generally in accordance with ASTM D5151-06. a glove body comprising a flexible single layer of an elastomeric nitrile-butadiene rubber formed from a nitrile-butadiene rubber latex, the glove body having a chlorinated first surface forming a donning side of the glove body and an un-chlorinated second surface forming a grip side of the glove body; a substantially uniform distribution of a release agent over the un-chlorinated second surface of the glove body; wherein the glove body has: (a) an average thickness of between about 0.03 to 0.12 mm in a palm region of the glove body; (b) an un-chlorinated second surface of the glove body characterized by a Surface Root Mean Square Roughness (Sq) of from about 3.00 μm to about 6.55 μm; as measured according the specifications of the invention; and (c) a failure rate of less than about 1 percent when the elastomeric glove is subjected pinhole leak testing generally in accordance with ASTM D5151-06.
A use of at least one dianhydrohexitol to limit or prevent the proliferation of microorganisms of the human cutaneous microbiome in a cosmetic or dermatological preparation for topical use.
Bicycle saddle comprising a saddle shell , a saddle frame arranged on a lower side of the saddle shell , a first cushion element arranged on the upper side of the saddle shell , an intermediate shell immediately arranged on an upper side of the first cushion element and a second cushion element arranged on an upper side of the intermediate shell , wherein the intermediate shell comprises at least one recess characterized in that the first and second cushion elements contact each other in the at least one recess . a saddle shell , a saddle frame arranged on a lower side of the saddle shell , a first cushion element arranged on the upper side of the saddle shell , an intermediate shell immediately arranged on an upper side of the first cushion element and a second cushion element arranged on an upper side of the intermediate shell , wherein the intermediate shell comprises at least one recess characterized in that the first and second cushion elements contact each other in the at least one recess .
An arrangement for examining eye movements of a first eye of a patient via a camera , by capturing a sequence of pictures of the first eye and provide them to a distant physician via a mobile telephone, which arrangement comprises: a mobile telephone for providing pictures to a distant physician, the mobile telephone comprising a display and J Z a camera , configured to take a sequence of pictures of the first eye ; a headset , configured to fit on a head of the patient and to fixate the camera in a position where a lens of the camera is directed towards the first eye of the patient, at a distance (d) from the first eye ; wherein the headset further comprises a closable opening in front of a second eye of the patient, which second eye is not examined by the camera ; and the headset comprises a mounting device , configured to fixate the mobile telephone so that the display is visible for the patient when looking in a mirror with the second eye through the closable opening in the headset . a mobile telephone for providing pictures to a distant physician, the mobile telephone comprising a display and J Z a camera , configured to take a sequence of pictures of the first eye ; a headset , configured to fit on a head of the patient and to fixate the camera in a position where a lens of the camera is directed towards the first eye of the patient, at a distance (d) from the first eye ; wherein the headset further comprises a closable opening in front of a second eye of the patient, which second eye is not examined by the camera ; and the headset comprises a mounting device , configured to fixate the mobile telephone so that the display is visible for the patient when looking in a mirror with the second eye through the closable opening in the headset .
A signal processor for processing an input signal, the processor comprising: a first antenna feed for conveying a first input signal from a first antenna ; a second antenna feed for conveying a second input signal from a second antenna ; a first signal sampler operable to sample the first input signal at a first sampling frequency to produce a first sample stream; a second signal sampler operable to sample the first input signal at a second sampling frequency to produce a second sample stream; a third signal sampler operable to sample the second input signal at a third sampling frequency to produce a third sample stream; a fourth signal sampler operable to sample the second input signal at a fourth sampling frequency to produce a fourth sample stream; wherein the first, second, third and fourth sampling frequencies are different from each other, and no one of the first, second, third and fourth sampling frequencies is a harmonic of another; and a signal frequency feature detector operable to detect, on the basis of information on at least three of the first, second, third and fourth sample streams, a signal frequency feature on the first and second input signals, wherein the signal frequency feature detector is operable to detect the existence, on each sample stream, of a frequency feature, and to generate an output describing the detected frequency feature and to determine a detection on the basis of detecting the existence, on three out of the four sample streams consistent with the existence of the frequency feature. a first antenna feed for conveying a first input signal from a first antenna ; a second antenna feed for conveying a second input signal from a second antenna ; a first signal sampler operable to sample the first input signal at a first sampling frequency to produce a first sample stream; a second signal sampler operable to sample the first input signal at a second sampling frequency to produce a second sample stream; a third signal sampler operable to sample the second input signal at a third sampling frequency to produce a third sample stream; a fourth signal sampler operable to sample the second input signal at a fourth sampling frequency to produce a fourth sample stream;
Vehicle luminaire for illuminating the interior of the vehicle , comprising - at least one first light source , - a two-dimensional masking element , one side of which is oriented towards a side facing away from the interior of the vehicle and the other side of which is oriented towards a side facing the interior of the vehicle , and - a light-guiding body having, on the side of the masking element which faces away from the interior of the vehicle , a light input-coupling face near which the first light source is arranged and into which the light emission of the first light source is coupled, and having, on the side of the masking element which faces the interior of the vehicle , a light output-coupling face , in the case of which the coupled-in light is coupled out into the interior of the vehicle , wherein the light-guiding body extends around the masking element from the side which faces away from the interior of the vehicle to the side which faces the interior of the vehicle , wherein - the masking element has at least one opening and - at least one second light source , the light emission of which passes through the opening and through the light-guiding body into the vehicle interior , is arranged near the opening on the side of the masking element which faces away from the vehicle interior , and characterized in that - the light-guiding body has, on the side of the masking element which faces away from the interior of the vehicle , a cutout adjacent to the opening of the masking element , which cutout at least partially receives the second light source . - at least one first light source , - a two-dimensional masking element , one side of which is oriented towards a side facing away from the interior of the vehicle and the other side of which is oriented towards a side facing the interior of the vehicle , and - a light-guiding body having, on the side of the masking element which faces away from the interior of the vehicle , a light input-coupling face near which the first light source is arranged and into which the light emission of the first light source is coupled, and having, on the side of the masking element which faces the interior of the vehicle , a light output-coupling face , in the case of which the coupled-in light is coupled out into the interior of the vehicle , wherein the light-guiding body extends around the masking element from the side which faces away from the interior of the vehicle to the side which faces the interior of the vehicle , wherein - the masking element has at least one opening and - at least one second light source , the light emission of which passes through the opening and through the light-guiding body into the vehicle interior , is arranged near the opening on the side of the masking element which faces away from the vehicle interior , and - the light-guiding body has, on the side of the masking element which faces away from the interior of the vehicle , a cutout adjacent to the opening of the masking element , which cutout at least partially receives the second light source .
An electrical power transmission line , comprising: at least one electrical cable ; a raceway made of ferromagnetic material comprising a base and a cover defining an inner housing space for housing said at least one electrical cable ; a wet basic filling material housed in said inner housing space and embedding said at least one electrical cable ; said filling material having a pH comprised between 11 and 13; characterised in that the whole inner surface of said cover facing the filling material is in contact with a layer of a basic passivating material arranged between said cover and an upper free surface of the wet basic filling material and having a pH value capable of passivating the ferromagnetic material, and in that said basic passivating material is any one of: at least one water swellable material configured to spontaneously absorb an ion-laden basic aqueous solution impregnating the wet basic filling material so as to expand and form a gel-type basic passivating layer having the same pH of the wet basic filling material , or a polymeric porous material in direct contact with said wet basic filling material and having a sorptivity value of from 5 to 50 (mm/min 1/2 ) and a mean pore diameter of from 10 to 200 μm, said polymeric porous material being impregnated with an alkaline aqueous solution upraised by capillarity from the wet basic filling material . at least one electrical cable ; a raceway made of ferromagnetic material comprising a base and a cover defining an inner housing space for housing said at least one electrical cable ; a wet basic filling material housed in said inner housing space and embedding said at least one electrical cable ; said filling material having a pH comprised between 11 and 13; characterised in that the whole inner surface of said cover facing the filling material is in contact with a layer of a basic passivating material arranged between said cover and an upper free surface of the wet basic filling material and having a pH value capable of passivating the ferromagnetic material, and in that said basic passivating material is any one of: at least one water swellable material configured to spontaneously absorb an ion-laden basic aqueous solution impregnating the wet basic filling material so as to expand and form a gel-type basic passivating layer having the same pH of the wet basic filling material , or a polymeric porous material in direct contact with said wet basic filling material and having a sorptivity value of from 5 to 50 (mm/min 1/2 ) and a mean pore diameter of from 10 to 200 μm, said polymeric porous material being impregnated with an alkaline aqueous solution upraised by capillarity from the wet basic filling material .
Forged flexible trailing arm (1; 101) for an air sprung wheel axle suspension of a vehicle, said trailing arm being made of spring steel and having a front end portion adapted and configured to be pivotally mounted to a chassis bearing bracket, an axle attachment portion (4; 104) located at a longitudinal distance from the front end portion and adapted to attach an axle body against, and a spring portion extending between the front end portion and the axle attachment portion (4; 104) and formed integrally therewith, characterized in that the spring portion comprises a channel shaped profile having a top wall having a wall thickness ( t t ), two opposing lateral walls , having a wall thickness ( t l ), and an open side opposite the top wall and facing downwardly in use, and the spring portion furthermore comprising outwardly extending lateral ridges formed at the end of the lateral walls flanking the open side of the channel shaped profile.